Match the picture to the MAIN type of force it is illustrating
| Stavka koja se može prevući | arrow_right_alt | Odgovarajuća stavka |
|---|---|---|
Sledding or sliding into first are examples of ______
| arrow_right_alt | Spring Force |
The force that slows objects that come into contact with the atmosphere or wind
| arrow_right_alt | Tension Force |
The baby, sitting inside the car seat (resting/not moving) and the book, sitting on the table are both examples of ______
| arrow_right_alt | Applied MUSCULAR Force |
The bucket is being moved by ____
| arrow_right_alt | Normal Force |
The force that causes the nails to stick to the magnet is _________
| arrow_right_alt | Frictional Force |
The man is exerting ______ on the lawnmower
| arrow_right_alt | Electrical (electrostatic) Force |
The force that pulls us to the earth and causes a ball to fall to the ground when it's thrown is _____
| arrow_right_alt | Air Resistance (or drag) |
The man moves up and down because of the ___________ in the pogo stick
| arrow_right_alt | Gravitational Force |
The force that holds an atom together is
| arrow_right_alt | Magnetic Force |

Calculate The Total Net Force

Match the following terms and definitions
| Stavka koja se može prevući | arrow_right_alt | Odgovarajuća stavka |
|---|---|---|
The sum of the total forces acting on an object | arrow_right_alt | B. Force |
The category of force in which the 2+ interacting objects are NOT physically touching; however, a push or pull (force) can still be exerted from one to the other. | arrow_right_alt | C. Net Force |
The category of force in which the object that is applying the force is physically touching the object receiving the force (or physically touching something connected to the object that is receiving the force). | arrow_right_alt | E. Newton |
a push or pull applied to an object | arrow_right_alt | F. Contact Force |
Unit for measuring force | arrow_right_alt | G. Non-Contact (action at a distance) |
In this picture, a boy is trying to pull a dog on a leash, but the dog and the boy are accelerating in the same direction to the right. Which of the following best describes the forces in this situation?

What is the total net force?
Select the forces that are present in this tug of war scenario