Respuesta :
Answer:
D: Left, Down
Explanation:
Assuming that the bullet has already left the gun, there are only two forces acting on the bullet now, during its motion:
- The force of gravity (the weight of the object), acting downward
- The air resistance acting against the direction of motion (so, if the bullet is moving right, the air resistance acts to the left)
As a result of these two forces:
- The bullet will accelerates downward in the vertical direction, due to the force of gravity
- The bullet will decelerated (slow down) along the horizontal direction, due to the air resistance that acts against the direction of motion of the bullet
So, the bullet will acquire a parabolic path.
Therefore, the correct answer is
D: Left, Down
Answer:
The correct answer is D.
Explanation:
The force vectors for a bullet fired from a pistol, which moves to the right at 750 m/s are directed to the left and down. This happens because the forces acting on it are gravity and air resistance, the force of gravity has a downward direction and the force of air resistance has a leftward direction, contrary to the direction of the bullet.
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