holden__lover
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Hi everyone!
im having trouble doing a question on projectile motion, and i came across this website thought id give it a go
, see what you guys think...
a bomb is dropped from a plane traveling at velocity r0, the trajectory of the plane is completely horizontal at the moment that it is dropped. Derive an equation for the horizontal distance d at which he needs to drop the bomb in terms of the planes velocity r0 and altitude h
here is a diagram:
http://www.photodump.org/stored16/plane.bmp
at first i thought to use s=ut+.5at^2 and resolve it into x and y components but i keep on getting stuck due to the lack of a t value, any help is greatly appreciated in advance
im having trouble doing a question on projectile motion, and i came across this website thought id give it a go
a bomb is dropped from a plane traveling at velocity r0, the trajectory of the plane is completely horizontal at the moment that it is dropped. Derive an equation for the horizontal distance d at which he needs to drop the bomb in terms of the planes velocity r0 and altitude h
here is a diagram:
http://www.photodump.org/stored16/plane.bmp
at first i thought to use s=ut+.5at^2 and resolve it into x and y components but i keep on getting stuck due to the lack of a t value, any help is greatly appreciated in advance
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