1. Rolling Resistance: This is the force that resists the motion of the wheels on the road. It arises due to the deformation of the tires and the road surface, as well as friction between them.

2. Air Resistance (Drag): As the car moves, it pushes against the air, creating a force that opposes its motion. This force increases significantly with speed.

3. Gravitational Force (on Inclines): If the car is moving uphill, it has to work against gravity. The steeper the incline, the greater the force it needs to overcome.

4. Inertial Force: This force is related to the car's mass and acceleration. When the car accelerates, it experiences an inertial force that resists the change in motion.

5. Friction in the Engine and Transmission: There is friction within the engine and transmission mechanisms, which reduces efficiency and requires more energy to overcome.

6. Braking Force (if braking): While not technically a force the car *needs* to overcome to move, braking force is an important force to consider when analyzing car motion. It opposes the car's forward motion.

7. Additional Forces: Other forces may be present depending on the situation, such as:

* Wind Force: Strong winds can create additional resistance, pushing against the car.

* Water Resistance: Driving through water can create significant resistance.

* Forces due to road imperfections: Uneven road surfaces can cause additional forces.

The car's engine provides the power to overcome these forces and move the car forward. The magnitude of each force depends on various factors like speed, terrain, weight of the car, etc.