Question

A hunter aims directly at a target (on the same level) 63.0 m away:

a) The bullet's trajectory follows a parabolic path
b) Bullet travels in a straight line
c) Neglecting air resistance, the bullet hits the target
d) Bullet reaches the target faster than the speed of sound

Answer 1

The question pertains to projectile motion in physics, dealing with the trajectory and impact of bullets and arrows under the influence of gravity, muzzle velocity, and air resistance.

Step-by-step explanation:

The student's question relates to projectile motion in physics. Specifically, it addresses how a bullet or arrow would behave when fired at a target from a certain distance, taking into account factors like gravity, muzzle velocity, and air resistance. One part of the question requires calculating the effect of gravity on a bullet that is aimed directly at a target 150.0 m away when the gun is sighted for 100.0 m, with a given muzzle velocity. Another part requests an explanation of how a larger muzzle velocity and air resistance would affect the bullet's trajectory. Additionally, the student seeks to understand the projectile motion of an arrow, including the angle of release necessary to hit a target and whether the arrow would clear an obstacle located midway.