You are performing a physics experiment in the school gym. Your experiment uses two objects: a bowling ball and a basketball. These are the same size and shape, but the bowling ball is much heavier than the basketball. You take the balls to one side of the gym. Each ball starts off standing still. You then roll the balls towards the other side of the gym, applying the same amount of force to each ball. Assuming the gym floor is frictionless, conclude which ball will reach the far side of the gym first. Justify your answer using Newton's Second Law of motion.

Which of Newtons laws applies in the context of one cricket ball being hit only 10 metres, but another cricket ball being hit for six over the top of the grandstand?Group of answer choicesThe rate of change in motion of a body is proportional to the force causing it, and the change takes place in the direction in which the force acts.For every force that is exerted by one body on another, there is an equal and opposite force exerted by the second body on the first.Every body continues in its state of rest or motion in a straight line unless compelled to change that state by external forces exerted upon it.None of the answers given

Hannah’s class plays kickball at recess. The ball is rolling toward Hannah. She kicks the ball. It moves in the opposite direction. Which type of force caused the ball to change direction? A. gravity B. friction C. pull D. push

Newton’s second law of motion states an object’s is in the same direction as the net force on the object and is equal to the net force exerted on it divided by its .

Newton’s second law of motion may be stated as:

Read the passage about Newton's laws. An eighth-grade science teacher wants to demonstrate Newton's laws. She moves the lab tables to the side of the classroom and sets up two rolling office chairs at the back of the room. She asks one student who weighs 85 pounds to sit in one chair, and another student who weighs 130 pounds to sit in the other chair. The teacher then asks a third student to give each seated student a push with an equal force.If the students are pushed for the same amount of time, which of the following does NOT happen to the students in the office chairs?A The lighter student travels a shorter distance than the heavier student.B The heavier student requires a larger force to stop moving.C Both students thrust forward for a short period of time when the chairs stop.D The lighter student's weight causes more frictional force on the chair.