inertia in motion

inertia in motion

When a car stops abruptly, the passenger continues in motion due to inertia n motion. The passenger will likely be propelled in the car’s air if the seat belt is not worn with.

Since you are sitting on a slivery bench, there is no friction between the bench and the passenger; there is also no seat back and nothing to hold on; it is unsafe since any abrade stop can propel in the air inertia of motion. I will remain in the state of motion immediately after the car stops. There is a net force in a free body diagram that acts in the opposite direction to the body’s weight.

When the car is slowing down, the forward force reduces as the backward force in the opposite direction increases until it equalizes, and the car comes to a stop.

As the car slows down, it undergoes deceleration. Due to the inertia of motion, the passenger fills that he is pushed forward.

The reason why passenger fills a force pushing him forward is due to the second law of motion. It explains that a body should remain in its state of motion unless acted upon by any external force. Since the car comes to rest and no external force acts on the passenger, the passenger fills a force that pushes him to remain in its state of motion.

A bullet cannot be curved.

Forces acting on a fired bullet include

When the bullet is at the gun barrel, it experiences a force from the gunpowder exploding and pushing it forward.

Gravity: Assuming the surface is frictionless, gravity tent pulls the bullet downwards after the bullet has left the gun barrel. This force causes downward acceleration leading to a curved path.