Peter throws a snowball at his car parked in the driveway. the snowball disintegrates as it hits the car. by newton’s third law, you know that both the car and the snowball exert a force on each other. what can you say about the magnitude of the forces exerted by the snowball and the car? . a. the force exerted by the car is more than the force exerted b y the snowballl.. b. the force exerted by the car is less than the force exerted by the snowball. c. the force exerted by the car is equal to the force exerted by the snowball. d. the force exerted by the car is zero.

C. The force exerted by the car is equal to the force exerted by the snowball.

Explanation:

Newton's third law of motion states that:

" When an object A exerts a force on object B, then object B exerts an equal and opposite force on object B". These two forces are called action and reaction, and the law states that the two forces are equal in magnitude, and opposite in direction.

In this problem, we are considering the force exerted by snowball on the car: we can say that this is the action force. Therefore, the force exerted by the car on the snowball is the reaction. Newton's third law states that the two forces are equal in magnitude: therefore, the only correct option can be

C. The force exerted by the car is equal to the force exerted by the snowball. .

answer; how far out of place which the object finished relative to the starting location;

answer

procedural programming, object-oriented programming

explanation

procedural programming is a type of computer programming language that specifies a series of well structured steps and procedures   within its development period of time. it contains a systematic order of statements, functions and commands to complete a computational task or program. it is centered on creating procedures. while object oriented programming is a programming language that is centered on creating objects rather that actions and data rather than logic.. it has four principles which are inheritance, polymorphism, abstraction and encapsulation