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.

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.

A student conducted an experiment to investigate Newton's 2nd Law by changing the weight of a hanging mass connected by a string to a trolley. The trolley was released and accelerated to the table edge due to the hanging mass.Determine what would happen to the acceleration of the trolley as the mass on the string is increased.Write 2-3 sentences in your answer.

A student demonstrates one of Newton's Laws of Motion. A trolley, containing a bowl of water is pushed and travels at constant speed. Another student puts his hand in front of the trolley. Some of the water spills forward. WhIch Of Newton's Laws of Motion was the student demonstrating?Group of answer choicesNewton's Law of Universal GravitationMotionNewton's Second Law of MotionNewton's Third Law of MotionNewton's First Law of Motion

According to Newton's second law, what happens when the same force is applied to two objects of different masses?A The object with smaller mass will experience a smaller acceleration.B The object with greater mass will experience a smaller acceleration.C The object with greater mass will experience a greater acceleration.D The two objects experience the same acceleration.

What does Newton's 3rd Law say?1 pointIf an object pushes on another object, the 2nd object will push backthe forces between the two objects are the same size and in opposite directionsfor every action, there is an equal and opposite reaction