Question #a7a70 Physics 1D Motion Displacement and Velocity 1 Answer P dilip_k Sep 25, 2016 Given u->"Initial velocity of camera"=0 g->"Acceleration due to gravity"=3.7m/s^2 h->"Height of fall of camera"=239m v->"Final velocity of camera"=? t->"Time of fall of camera"=? By kinematics equation v^2=u^2+2gh =>v^2=0^2+2xx3.7xx239 =>v~~42"m/s" h=ut+1/2xxgxxt^2 =>239=0xxt+1/2xx3.7xxt^2 =>t=sqrt((239xx2)/3.7)~~11.4s Answer link Related questions What is the difference between distance and displacement? Is displacement directly proportional to velocity? How does average velocity differ from instantaneous velocity? How can I calculate the change of velocity? How do speed and velocity differ from each other? How do velocity and acceleration differ? How do displacement and distance differ? Can displacement be negative? Can velocity be zero if accelerating? Explain why displacement is a vector quantity? See all questions in Displacement and Velocity Impact of this question 6153 views around the world You can reuse this answer Creative Commons License