Compare mass, speed, and friction. In three to five sentences, explain how each term is related and how they influence one another as each one is changed (i.e., when friction/mass/speed is increased or decreased, what happens to the other two if they remain the same?).(4 points)
Mass, speed, and friction are all interrelated concepts that affect each other. Mass refers to the amount of matter in an object, speed measures how fast an object is moving, and friction is the force that opposes motion between two surfaces in contact.
When mass is increased, it typically means the object becomes heavier. This can lead to an increase in friction, as the weightier object exerts more force on the surface it is moving on. The increased friction can then cause a decrease in speed, as it requires more force or energy to overcome the resistance.
Similarly, when speed is increased, it can result in an increase in friction. The faster an object moves, the more friction it encounters against the surface it is moving on. This increased friction can then cause a decrease in speed, as it acts as a resistance to the object's motion.
On the other hand, when friction is increased, it can result in a decrease in speed. Increased friction creates more resistance to the object's motion, requiring more force or energy to maintain or increase the speed. This increase in friction can then lead to a decrease in speed.
In summary, an increase in mass or speed generally leads to an increase in friction, which in turn can cause a decrease in speed. Conversely, an increase in friction can cause a decrease in speed.