Asked by Bolo
A spring gun launches a ball horizontally from 1.3 m above the floor. the ball strikes the floor 2.2m away, measured horizontally. Calculate
A .. the time the ball is flight
B... the vertical component of its velocity at the time it strikes the floor
C.... the initial velocity Vo ( magnitude and direction).
D...the horizontal component of its velocity as it hits the florr
A .. the time the ball is flight
B... the vertical component of its velocity at the time it strikes the floor
C.... the initial velocity Vo ( magnitude and direction).
D...the horizontal component of its velocity as it hits the florr
Answers
Answered by
drwls
Please show us which of these questions you can do yourself. You should know the equation for how long it takes to fall 1.3 meters.
The horizontal distance that the ball travels is the time of flight multiplied by the initial (horizontal) velocity
The horizontal distance that the ball travels is the time of flight multiplied by the initial (horizontal) velocity
Answered by
Bolo
what s an answer i got for problem
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