Suppose you fire a rifle bullet (speed= 1600 m/s) in a shooting gallery and hear the gong on the target ring 0.731 seconds later. If the speed of sound is 343 m/s, how far away is the target? Hint: the 0.731 s refers to the time it takes the bullet to travel to the target AND the time it takes the sound to travel back.

Light from the sun reaches the earth in 8.3 minutes. the velocity is 3.00 x 10^8 m/s. how far is earth from the sun? i know how to get to d = (3 x 10^8 m/s)(498 sec). i just don't know how to get from there to the answer being 1.5 x 10^11 m.

A250-n box is at rest on a frictionless horizotal floor. then a person shoves the box with a non-zero force of magnitude p. which statement best describes the relationship betweeen p and the motion of the box after it was shoved? -the box will not move when p< 250n but otherwise will accelerate at a constant rate that is directly proportional to p - the box will begin moving at a speed that is directly proportional to p, then will gradually slow to a halt -the box will move with constant velocity at a speed that is directly proportional to p -box will accelerate across the floor at a constant rate that is directly proportional to p

What are two different ways you could find the value of a? explain these methods.