How do you simplify #-\frac { 28x y ^ { 0} z ^ { 4} } { 14x ^ { 7} y ^ { 5} z ^ { 4} }#? Prealgebra Exponents, Radicals and Scientific Notation Exponents 1 Answer Shwetank Mauria Jun 15, 2017 #(28xy^0z^4)/(14x^7y^5z^4)=2/(x^6y^5)# Explanation: #(28xy^0z^4)/(14x^7y^5z^4)# = #28/14xx x^1/x^7xxy^0/y^5xxz^4/z^4# = #2xx x^((1-7))xxy^((0-5))xxz^((4-4))# = #2xx x^(-6)xxy^(-5)xxz^0# = #2xx1/x^6xx1/y^5xx1# = #2/(x^6y^5)# Answer link Related questions How do you simplify #c^3v^9c^-1c^0#? How do you simplify #(- 1/5)^-2 + (-2)^-2#? How do you simplify #(4^6)^2 #? How do you simplify #3x^(2/3) y^(3/4) (2x^(5/3) y^(1/2))^3 #? How do you simplify #4^3ยท4^5#? How do you simplify #(5^-2)^-3#? How do you simplify and write #(-5.3)^0# with positive exponents? How do you factor #12j^2k - 36j^6k^6 + 12j^2#? How do you simplify the expression #2^5/(2^3 times 2^8)#? When can I add exponents? See all questions in Exponents Impact of this question 1608 views around the world You can reuse this answer Creative Commons License