During a demonstration of the gravitational force on falling objects to her class, Sarah drops an 11 lb. bowling ball from the top of the science building. Determine distance the ball has traveled after falling for 1.0 second, ignoring air resistance and given the gravitational acceleration of 9.8 m/sec2. A) 4.9 m B) 11 m C) 20 m D) 32 m

Question

Lucy Noble

Physics

5 May, 08:49

During a demonstration of the gravitational force on falling objects to her class, Sarah drops an 11 lb. bowling ball from the top of the science building. Determine distance the ball has traveled after falling for 1.0 second, ignoring air resistance and given the gravitational acceleration of 9.8 m/sec2. A) 4.9 m B) 11 m C) 20 m D) 32 m

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Roscoe · Answer 1

Given that,

mass of ball, m = 11 lbs

Time, t = 1.0 seconds

Acceleration, a = 9.8 m/s²

Distance, s = ?

Since, we know that,

S = Vi * t + 1/2 at²

Since initial velocity is zero in this case (ball was at state of rest before falling to the ground)

S = 1/2 * 9.8 * (1) ²

S = 4.9 m

The distance covered by ball after one second will be 4.9 m.