# Friction and Gravity Worksheet Answers

If you’re like many people, you have probably been searching for Friction and Gravity Worksheet Answers. You’re searching for an answer to the question: “What’s the difference between friction and gravity?”

Gravity is the force that pushes against objects and the force that hold objects together. It has nothing to do with friction. So what is the difference between friction and gravity? What is the main difference between the two?

The main difference between the two is size. If you look at a tire under a microscope, you’ll notice that it’s not made up of rubber as you thought. In fact, there are only five basic types of material used in constructing a car tire:

Metal: Like other materials, metal has to be molded into shape before it can be used. When you drive a car down the road, the metal on the front of the tire and the metal on the back of the tire will work together to make the tire. The rubber of the tire is the product of the innermost layer of the tire and the metal used to mold it.

The material used to mold the metal is called metal alloys. This material consists of layers of aluminum and iron and does not have any major defects or imperfections. The reason that the car tires are so cheap is because they’re using on cheap materials.

Gravity is the force that pulls objects together; friction is the force that holds objects together. The friction created by these two forces is the biggest difference between them.

The other difference between friction and gravity is that friction can create eddy currents. There are several reasons for this phenomenon. One reason is that the friction between two objects tends to lift the object that is being rubbed against (known as the lift) and it also tends to drag the object that is being rubbed against. This is why your child always ends up on the floor during pool time.

The second reason is that when you walk across the ground or the beach, you generally start with a sideways motion because the surface of the earth’s surface is slanted. This sideways motion keeps you rolling. The opposite happens when you run across the beach. When you run across the beach, you start running with the direction of the foot that hits the ground first.