Distance between Points

$(9 ,8 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(5 ,2 )$ and a radius of

$(9 ,8 )$ and a radius of

$7$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(8 ,3 )$ and a radius of

$(4 ,4 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(8 ,3 )$ and a radius of

$(4 ,4 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(2 ,1 )$ and a radius of

$(4 ,7 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(2 ,2 )$ and a radius of

$(5 ,9 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(6 ,2 )$ and a radius of

$(5 ,-4 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-1 ,2 )$ and a radius of

$(5 ,-4 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-1 ,2 )$ and a radius of

$(5 ,-4 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-1 ,1 )$ and a radius of

$(3 ,-2 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-1 ,3 )$ and a radius of

$(3 ,-2 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(2 ,3 )$ and a radius of

$(3 ,8 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(2 ,2 )$ and a radius of

$(12 ,8 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(2 ,4 )$ and a radius of

$(9 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(1 ,4 )$ and a radius of

$(9 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(1 ,4 )$ and a radius of

$(9 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(1 ,-4 )$ and a radius of

$(9 ,3 )$ and a radius of

$5$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(8 ,-4 )$ and a radius of

$(4 ,3 )$ and a radius of

$5$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(8 ,-4 )$ and a radius of

$(4 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(5 ,-2 )$ and a radius of

$(4 ,6 )$ and a radius of

$4$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(5 ,-2 )$ and a radius of

$(4 ,6 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(5 ,-2 )$ and a radius of

$(2 ,-1 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,-3 )$ and a radius of

$(2 ,-1 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,2 )$ and a radius of

$(2 ,-1 )$ and a radius of

$3$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,2 )$ and a radius of

$(1 ,-1 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,2 )$ and a radius of

$(1 ,9 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,6 )$ and a radius of

$(1 ,1 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,-2 )$ and a radius of

$(1 ,3 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,-2 )$ and a radius of

$(1 ,3 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-4 ,-1 )$ and a radius of

$(1 ,3 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-2 ,-1 )$ and a radius of

$(1 ,3 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-2 ,-1 )$ and a radius of

$(-8 ,3 )$ and a radius of

$2$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-2 ,-1 )$ and a radius of

$(-8 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-9 ,-1 )$ and a radius of

$(-8 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(-9 ,8 )$ and a radius of

$(-8 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not what is the smallest distance between them?

Circle A has a center at

$(9 ,8 )$ and a radius of

$(-8 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,8 )$ and a radius of

$(-8 ,3 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,8 )$ and a radius of

$(-3 ,3 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,-1 )$ and a radius of

$(-3 ,3 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,-1 )$ and a radius of

$(-3 ,3 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(4 ,-1 )$ and a radius of

$(-3 ,2 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(4 ,-1 )$ and a radius of

$(-3 ,2 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(4 ,-1 )$ and a radius of

$(-3 ,6 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(4 ,-1 )$ and a radius of

$(-3 ,6 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,-1 )$ and a radius of

$(-3 ,6 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,-1 )$ and a radius of

$(-3 ,6 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,-7 )$ and a radius of

$(-3 ,6 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-2 ,-7 )$ and a radius of

$(-3 ,2 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-2 ,-4 )$ and a radius of

$(-3 ,2 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-1 ,-4 )$ and a radius of

$(-3 ,2 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-1 ,-4 )$ and a radius of

$(-1 ,1 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,5 )$ and a radius of

$(-1 ,1 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,5 )$ and a radius of

$(-1 ,1 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,5 )$ and a radius of

$(-2 ,1 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,1 )$ and a radius of

$(-2 ,1 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,1 )$ and a radius of

$(-2 ,1 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,2 )$ and a radius of

$(-2 ,1 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,-1 )$ and a radius of

$(-2 ,-4 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,-1 )$ and a radius of

$(-2 ,-4 )$ and a radius of

$7$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(8 ,-1 )$ and a radius of

$(-2 ,-2 )$ and a radius of

$7$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(8 ,4 )$ and a radius of

$(-2 ,-2 )$ and a radius of

$7$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(8 ,4 )$ and a radius of

$(-2 ,-2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(8 ,4 )$ and a radius of

$(-1 ,-2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(8 ,3 )$ and a radius of

$(-1 ,-2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,3 )$ and a radius of

$(-1 ,-2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,3 )$ and a radius of

$(-1 ,-2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,3 )$ and a radius of

$(0 ,-2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,3 )$ and a radius of

$(0 ,-5 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,3 )$ and a radius of

$(-2 ,-5 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-8 )$ and a radius of

$(-2 ,-5 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(4 ,-8 )$ and a radius of

$(-2 ,-2 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(4 ,-8 )$ and a radius of

$(-2 ,-2 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-8 )$ and a radius of

$(-3 ,-2 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,7 )$ and a radius of

$(-3 ,-2 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,7 )$ and a radius of

$(-3 ,-2 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,7 )$ and a radius of

$(-3 ,-2 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,7 )$ and a radius of

$(-3 ,3 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,7 )$ and a radius of

$(1 ,3 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,7 )$ and a radius of

$(1 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,2 )$ and a radius of

$(1 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,2 )$ and a radius of

$(1 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(9 ,-2 )$ and a radius of

$(1 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(9 ,-2 )$ and a radius of

$(1 ,3 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-2 )$ and a radius of

$(4 ,3 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-2 )$ and a radius of

$(4 ,2 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-2 )$ and a radius of

$(4 ,2 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(7 ,-5 )$ and a radius of

$(4 ,2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(7 ,-2 )$ and a radius of

$(4 ,2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(7 ,-2 )$ and a radius of

$(4 ,2 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,-2 )$ and a radius of

$(1 ,-4 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,-2 )$ and a radius of

$(1 ,-4 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,2 )$ and a radius of

$(1 ,-2 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,4 )$ and a radius of

$(6 ,-8 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,4 )$ and a radius of

$(6 ,-8 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,4 )$ and a radius of

$(6 ,-8 )$ and a radius of

$1$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,-4 )$ and a radius of

$7$ . Circle B has a center at

$(-6 ,-8 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,-4 )$ and a radius of

$(-4 ,-8 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,-2 )$ and a radius of

$(-4 ,-8 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-2 )$ and a radius of

$(-4 ,-8 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-2 )$ and a radius of

$(-4 ,6 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,-2 )$ and a radius of

$(-2 ,6 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(9 ,-2 )$ and a radius of

$(-2 ,6 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(9 ,4 )$ and a radius of

$(-2 ,6 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(9 ,4 )$ and a radius of

$(-1 ,6 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(6 ,4 )$ and a radius of

$(-1 ,6 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(6 ,4 )$ and a radius of

$(-3 ,3 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,2 )$ and a radius of

$(-3 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-8 ,8 )$ and a radius of

$(-3 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-5 ,8 )$ and a radius of

$(-3 ,3 )$ and a radius of

$4$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-5 ,7 )$ and a radius of

$(-3 ,2 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-5 ,7 )$ and a radius of

$(7 ,2 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,7 )$ and a radius of

$(7 ,2 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,5 )$ and a radius of

$(7 ,2 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,5 )$ and a radius of

$(4 ,2 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,5 )$ and a radius of

$(4 ,-1 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,7 )$ and a radius of

$(4 ,-1 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,7 )$ and a radius of

$(4 ,-2 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(3 ,7 )$ and a radius of

$(4 ,-2 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,5 )$ and a radius of

$(4 ,-2 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,5 )$ and a radius of

$(2 ,-3 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(1 ,1 )$ and a radius of

$(2 ,-3 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(7 ,1 )$ and a radius of

$(2 ,-3 )$ and a radius of

$2$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(7 ,2 )$ and a radius of

$(3 ,-3 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,2 )$ and a radius of

$(3 ,-2 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(5 ,4 )$ and a radius of

$9$ . Circle B has a center at

$(1 ,-2 )$ and a radius of

$6$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,4 )$ and a radius of

$9$ . Circle B has a center at

$(1 ,-5 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-6 ,4 )$ and a radius of

$9$ . Circle B has a center at

$(1 ,-5 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-6 ,4 )$ and a radius of

$(2 ,-5 )$ and a radius of

$5$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(-6 ,2 )$ and a radius of

$(2 ,-5 )$ and a radius of

$3$ . Do the circles overlap? If not, what is the smallest distance between them?

Circle A has a center at

$(2 ,1 )$ and an area of

$(8 ,12 )$ and an area of

$9 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(2 ,1 )$ and an area of

$(8 ,12 )$ and an area of

$9 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(2 ,5 )$ and an area of

$(8 ,1 )$ and an area of

$3 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(1 ,5 )$ and an area of

$(8 ,1 )$ and an area of

$3 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(1 ,5 )$ and an area of

$(7 ,2 )$ and an area of

$8 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(1 ,4 )$ and an area of

$28 pi$ . Circle B has a center at

$(7 ,2 )$ and an area of

$8 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(1 ,4 )$ and an area of

$28 pi$ . Circle B has a center at

$(7 ,9 )$ and an area of

$8 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(1 ,4 )$ and an area of

$28 pi$ . Circle B has a center at

$(7 ,9 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(1 ,4 )$ and an area of

$(7 ,9 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(1 ,2 )$ and an area of

$(7 ,9 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(11 ,2 )$ and an area of

$(7 ,9 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(11 ,5 )$ and an area of

$(4 ,9 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(8 ,5 )$ and an area of

$(4 ,2 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(8 ,1 )$ and an area of

$(4 ,2 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(8 ,1 )$ and an area of

$(4 ,2 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(8 ,7 )$ and an area of

$(4 ,2 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(8 ,7 )$ and an area of

$(4 ,3 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(2 ,7 )$ and an area of

$(4 ,3 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(2 ,4 )$ and an area of

$(4 ,3 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(2 ,12 )$ and an area of

$(1 ,3 )$ and an area of

$36 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(2 ,12 )$ and an area of

$(1 ,3 )$ and an area of

$16 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,12 )$ and an area of

$(1 ,2 )$ and an area of

$16 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,3 )$ and an area of

$(1 ,2 )$ and an area of

$16 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,3 )$ and an area of

$(2 ,8 )$ and an area of

$16 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,1 )$ and an area of

$(2 ,8 )$ and an area of

$16 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,1 )$ and an area of

$(2 ,8 )$ and an area of

$9 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,4 )$ and an area of

$(2 ,8 )$ and an area of

$9 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,4 )$ and an area of

$(12 ,8 )$ and an area of

$9 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,4 )$ and an area of

$(12 ,8 )$ and an area of

$25 pi$ . Do the circles overlap? If not, what is the shortest distance between them?

Circle A has a center at

$(5 ,4 )$ and an area of

$54 pi$ . Circle B has a center at

$(12 ,8 )$ and an area of

$25 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,3 )$ and an area of

$54 pi$ . Circle B has a center at

$(7 ,8 )$ and an area of

$15 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,1 )$ and an area of

$23 pi$ . Circle B has a center at

$(2 ,8 )$ and an area of

$15 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,1 )$ and an area of

$(2 ,8 )$ and an area of

$67 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,1 )$ and an area of

$(2 ,8 )$ and an area of

$67 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,9 )$ and an area of

$(3 ,8 )$ and an area of

$67 pi$ . Do the circles overlap?

Circle A has a center at

$(12 ,9 )$ and an area of

$(3 ,1 )$ and an area of

$67 pi$ . Do the circles overlap?

Circle A has a center at

$(12 ,9 )$ and an area of

$25 pi$ . Circle B has a center at

$(3 ,1 )$ and an area of

$67 pi$ . Do the circles overlap?

Circle A has a center at

$(12 ,9 )$ and an area of

$25 pi$ . Circle B has a center at

$(3 ,1 )$ and an area of

$64 pi$ . Do the circles overlap?

Circle A has a center at

$(12 ,9 )$ and an area of

$13 pi$ . Circle B has a center at

$(3 ,1 )$ and an area of

$28 pi$ . Do the circles overlap?

Circle A has a center at

$(12 ,2 )$ and an area of

$13 pi$ . Circle B has a center at

$(3 ,6 )$ and an area of

$28 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,2 )$ and an area of

$13 pi$ . Circle B has a center at

$(9 ,6 )$ and an area of

$28 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,7 )$ and an area of

$56 pi$ . Circle B has a center at

$(9 ,6 )$ and an area of

$28 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,7 )$ and an area of

$56 pi$ . Circle B has a center at

$(9 ,2 )$ and an area of

$44 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,9 )$ and an area of

$65 pi$ . Circle B has a center at

$(7 ,2 )$ and an area of

$43 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,9 )$ and an area of

$96 pi$ . Circle B has a center at

$(7 ,2 )$ and an area of

$45 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,2 )$ and an area of

$96 pi$ . Circle B has a center at

$(12 ,7 )$ and an area of

$48 pi$ . Do the circles overlap?

Circle A has a center at

$(6 ,5 )$ and an area of

$6 pi$ . Circle B has a center at

$(12 ,7 )$ and an area of

$48 pi$ . Do the circles overlap?

Circle A has a center at

$(6 ,5 )$ and an area of

$6 pi$ . Circle B has a center at

$(12 ,7 )$ and an area of

$36 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,3 )$ and an area of

$72 pi$ . Circle B has a center at

$(14 ,5 )$ and an area of

$48 pi$ . Do the circles overlap?

Circle A has a center at

$(8 ,1 )$ and an area of

$72 pi$ . Circle B has a center at

$(14 ,8 )$ and an area of

$48 pi$ . Do the circles overlap?

Circle A has a center at

$(8 ,1 )$ and an area of

$64 pi$ . Circle B has a center at

$(14 ,8 )$ and an area of

$48 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,4 )$ and an area of

$64 pi$ . Circle B has a center at

$(1 ,12 )$ and an area of

$54 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,5 )$ and an area of

$78 pi$ . Circle B has a center at

$(1 ,2 )$ and an area of

$54 pi$ . Do the circles overlap?

Circle A has a center at

$(7 ,5 )$ and an area of

$78 pi$ . Circle B has a center at

$(9 ,2 )$ and an area of

$54 pi$ . Do the circles overlap?

Circle A has a center at

$(7 ,5 )$ and an area of

$92 pi$ . Circle B has a center at

$(9 ,2 )$ and an area of

$14 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,2 )$ and an area of

$32 pi$ . Circle B has a center at

$(9 ,2 )$ and an area of

$24 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,1 )$ and an area of

$(5 ,2 )$ and an area of

$24 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,1 )$ and an area of

$(5 ,2 )$ and an area of

$24 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,8 )$ and an area of

$(5 ,3 )$ and an area of

$24 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,8 )$ and an area of

$(5 ,3 )$ and an area of

$25 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,8 )$ and an area of

$32 pi$ . Circle B has a center at

$(2 ,3 )$ and an area of

$28 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,3 )$ and an area of

$32 pi$ . Circle B has a center at

$(2 ,7 )$ and an area of

$28 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,3 )$ and an area of

$(2 ,7 )$ and an area of

$28 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,3 )$ and an area of

$(2 ,7 )$ and an area of

$75 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,3 )$ and an area of

$45 pi$ . Circle B has a center at

$(2 ,7 )$ and an area of

$75 pi$ . Do the circles overlap?

Circle A has a center at

$(6 ,2 )$ and an area of

$45 pi$ . Circle B has a center at

$(2 ,3 )$ and an area of

$75 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,2 )$ and an area of

$(2 ,3 )$ and an area of

$75 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,4 )$ and an area of

$(2 ,1 )$ and an area of

$75 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,4 )$ and an area of

$(2 ,1 )$ and an area of

$90 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,2 )$ and an area of

$(2 ,1 )$ and an area of

$90 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,2 )$ and an area of

$(4 ,7 )$ and an area of

$80 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,2 )$ and an area of

$(4 ,7 )$ and an area of

$80 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,4 )$ and an area of

$(8 ,1 )$ and an area of

$40 pi$ . Do the circles overlap?

Circle A has a center at

$(3 ,4 )$ and an area of

$(8 ,1 )$ and an area of

$40 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,8 )$ and an area of

$(8 ,1 )$ and an area of

$45 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,5 )$ and an area of

$(8 ,4 )$ and an area of

$66 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,5 )$ and an area of

$24 pi$ . Circle B has a center at

$(8 ,4 )$ and an area of

$66 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,3 )$ and an area of

$24 pi$ . Circle B has a center at

$(8 ,2 )$ and an area of

$66 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,3 )$ and an area of

$(8 ,2 )$ and an area of

$66 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,3 )$ and an area of

$(7 ,2 )$ and an area of

$64 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,3 )$ and an area of

$(7 ,2 )$ and an area of

$64 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,3 )$ and an area of

$(7 ,2 )$ and an area of

$64 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,8 )$ and an area of

$(3 ,2 )$ and an area of

$27 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,8 )$ and an area of

$(3 ,1 )$ and an area of

$27 pi$ . Do the circles overlap?

Circle A has a center at

$(5 ,2 )$ and an area of

$(3 ,6 )$ and an area of

$27 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,2 )$ and an area of

$(13 ,6 )$ and an area of

$27 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,2 )$ and an area of

$(13 ,6 )$ and an area of

$49 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,2 )$ and an area of

$(13 ,6 )$ and an area of

$54 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,3 )$ and an area of

$(13 ,7 )$ and an area of

$54 pi$ . Do the circles overlap?

Circle A has a center at

$(2 ,3 )$ and an area of

$(11 ,7 )$ and an area of

$54 pi$ . Do the circles overlap?

Circle A has a center at

$(1 ,3 )$ and an area of

$(11 ,7 )$ and an area of

$54 pi$ . Do the circles overlap?

What is the perimeter of a triangle with corners at

$(7 ,9 )$ ,

$(8, 2 )$ , and

$(9 ,2 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,9 )$ ,

$(8, 2 )$ , and

$(9 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,9 )$ ,

$(8, 2 )$ , and

$(9 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,9 )$ ,

$(5 , 2 )$ , and

$(9 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,4 )$ ,

$(5 , 2 )$ , and

$(9 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,4 )$ ,

$(3 , 2 )$ , and

$(9 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,4 )$ ,

$(3 , 2 )$ , and

$(2 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,5 )$ ,

$(6 , 2 )$ , and

$(2 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,5 )$ ,

$(6 , 2 )$ , and

$(5 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(9 ,5 )$ ,

$(6 , 2 )$ , and

$(5 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(9 ,5 )$ ,

$(6 ,3 )$ , and

$(4 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(9 ,2 )$ ,

$(6 ,3 )$ , and

$(4 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(9 ,2 )$ ,

$(6 ,3 )$ , and

$(4 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(9 ,2 )$ ,

$(2 ,3 )$ , and

$(4 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,2 )$ ,

$(2 ,3 )$ , and

$(4 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,2 )$ ,

$(8 ,3 )$ , and

$(4 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,2 )$ ,

$(8 ,3 )$ , and

$(4 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,2 )$ ,

$(8 ,3 )$ , and

$(4 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,2 )$ ,

$(8 ,3 )$ , and

$(4 ,5 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,8 )$ ,

$(8 ,3 )$ , and

$(4 ,5 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,8 )$ ,

$(8 ,3 )$ , and

$(4 ,5 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,5 )$ ,

$(8 ,3 )$ , and

$(4 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,5 )$ ,

$(6 ,3 )$ , and

$(4 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,5 )$ ,

$(6 ,3 )$ , and

$(4 ,2 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,4 )$ ,

$(6 ,3 )$ , and

$(4 ,2 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,4 )$ ,

$(6 ,7 )$ , and

$(4 ,2 )$ ?

What is the perimeter of a triangle with corners at

$(1 ,4 )$ ,

$(6 ,7 )$ , and

$(4 ,5 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,4 )$ ,

$(6 ,7 )$ , and

$(4 ,5 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,4 )$ ,

$(2 ,7 )$ , and

$(4 ,5 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,4 )$ ,

$(2 ,0 )$ , and

$(4 ,5 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,4 )$ ,

$(2 ,0 )$ , and

$(4 ,9 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,6)$ ,

$(2 ,3 )$ , and

$(4 ,9 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,7 )$ ,

$(2 ,3 )$ , and

$(4 ,9 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,7 )$ ,

$(1 ,3 )$ , and

$(4 ,9 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,7 )$ ,

$(1 ,1 )$ , and

$(4 ,3 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,8)$ ,

$(1 ,1 )$ , and

$(4 ,3 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,8)$ ,

$(1 ,5 )$ , and

$(4 ,3 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,5 )$ ,

$(1 ,6 )$ , and

$(4 ,3 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,5 )$ ,

$(1 ,6 )$ , and

$(4 ,3 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,5 )$ ,

$(1 ,6 )$ , and

$(4 ,8 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,5 )$ ,

$(1 ,2 )$ , and

$(4 ,8 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,5 )$ ,

$(1 ,2 )$ , and

$(4 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,5 )$ ,

$(8 ,2 )$ , and

$(4 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,5 )$ ,

$(8 ,2 )$ , and

$(4 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,4 )$ ,

$(8 ,2 )$ , and

$(4 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,4 )$ ,

$(8 ,2 )$ , and

$(5 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,4 )$ ,

$(9 ,2 )$ , and

$(5 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,4 )$ ,

$(9 ,2 )$ , and

$(5 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,0 )$ ,

$(9 ,2 )$ , and

$(5 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,0 )$ ,

$(5 ,2 )$ , and

$(5 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,0 )$ ,

$(5 ,2 )$ , and

$(5 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,0 )$ ,

$(5 ,2 )$ , and

$(1 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,9 )$ ,

$(5 ,2 )$ , and

$(1 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,9 )$ ,

$(5 ,7 )$ , and

$(1 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,9 )$ ,

$(5 ,7 )$ , and

$(8 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,9 )$ ,

$(5 ,7 )$ , and

$(8 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,4 )$ ,

$(4 ,2 )$ , and

$(8 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,4 )$ ,

$(4 ,8 )$ , and

$(8 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,6 )$ ,

$(1 ,8 )$ , and

$(8 ,7 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,6 )$ ,

$(1 ,8 )$ , and

$(8 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,6 )$ ,

$(1 ,5 )$ , and

$(8 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,6 )$ ,

$(1 ,5 )$ , and

$(2 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(3 ,3 )$ ,

$(1 ,5 )$ , and

$(2 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(1 ,5 )$ , and

$(2 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(1 ,5 )$ , and

$(2 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(8 ,5 )$ , and

$(3 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(8 ,5 )$ , and

$(3 ,9 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(9 ,5 )$ , and

$(3 ,9 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(9 ,5 )$ , and

$(3 ,3 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(4 ,5 )$ , and

$(3 ,3 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,3 )$ ,

$(4 ,5 )$ , and

$(3 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(7 ,6 )$ ,

$(4 ,5 )$ , and

$(3 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(2 ,6 )$ ,

$(4 ,5 )$ , and

$(3 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(2 ,6 )$ ,

$(4 ,2 )$ , and

$(3 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(2 ,6 )$ ,

$(9 ,2 )$ , and

$(3 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(2 ,5 )$ ,

$(9 ,2 )$ , and

$(3 ,1 )$ ?

What is the perimeter of a triangle with corners at

$(2 ,5 )$ ,

$(9 ,2 )$ , and

$(3 ,8 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,5 )$ ,

$(9 ,2 )$ , and

$(3 ,8 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,5 )$ ,

$(9 ,1 )$ , and

$(3 ,8 )$ ?

What is the perimeter of a triangle with corners at

$(6 ,5 )$ ,

$(9 ,1 )$ , and

$(3 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(8 ,5 )$ ,

$(9 ,1 )$ , and

$(3 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(8 ,5 )$ ,

$(9 ,9 )$ , and

$(3 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(8 ,5 )$ ,

$(9 ,7 )$ , and

$(1 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(8 ,2 )$ ,

$(9 ,7 )$ , and

$(1 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(5 ,2 )$ ,

$(9 ,7 )$ , and

$(1 ,4 )$ ?

What is the perimeter of a triangle with corners at

$(5 ,2 )$ ,

$(2 ,7 )$ , and

$(1 ,4 )$ ?

An isosceles triangle has sides

$a,$

$b,$ and

$c$ with sides

$a$ and

$c$ being equal in length. If side

$b$ goes from

$(5 ,1 )$ to

$(3 ,2 )$ and the triangle's area is

$8$ , what are the possible coordinates of the triangle's third vertex?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(5 ,1 )$ to

$(3 ,2 )$ and the triangle's area is

$16$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(5 ,1 )$ to

$(3 ,2 )$ and the triangle's area is

$12$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(2 ,5 )$ to

$(8 ,7 )$ and the triangle's area is

$12$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(2 ,5 )$ to

$(8 ,7 )$ and the triangle's area is

$16$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(2 ,5 )$ to

$(8 ,1 )$ and the triangle's area is

$15$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(7 ,5 )$ to

$(8 ,1 )$ and the triangle's area is

$15$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(7 ,5 )$ to

$(8 ,2 )$ and the triangle's area is

$36$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(7 ,5 )$ to

$(1 ,2 )$ and the triangle's area is

$36$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,9 )$ to

$(1 ,0 )$ and the triangle's area is

$24$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,9 )$ to

$(1 ,0 )$ and the triangle's area is

$32$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,9 )$ to

$(1 ,5 )$ and the triangle's area is

$32$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,9 )$ to

$34$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,9 )$ to

$48$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(2 ,9 )$ to

$48$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides

$a, b$ and

$c$ with sides

$b$ and

$c$ being equal in length. If side

$a$ goes from

$(2 ,9 )$ to

$64$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,9 )$ to

$64$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,1 )$ to

$64$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,1 )$ to

$64$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,3 )$ to

$64$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(4 ,3 )$ to

$36$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(7 ,3 )$ to

$45$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(7 ,5 )$ to

$(8 ,2 )$ and the triangle's area is

$27$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(7 ,1 )$ to

$27$ , what are the possible coordinates of the triangle's third corner?

An isosceles triangle has sides A, B, and C with sides B and C being equal in length. If side A goes from

$(7 ,1 )$ to