Someone pushing it, gravity (on a slope), a clockwork mechanism (wind up cars), an electric motor (chemical energy).
yes when someone pushes a toy car it moves and it uses force.
The force of gavity on car exerts friction on the wheels and axle that eventually stop the car from exerting forward force.
To demonstrate Newton's third law, take a battery operated toy car, and place it on a piece of paper on the desktop. When the car pushes back the piece of paper back while the paper pushes the car forward. You can also demonstrate this in swimming pool. Stand on a floating mat, take a couple of steps. You will be pushing back onthe mat, while the mat pushes forward on you.
A magnetic powered toy car works by using magnets to create a magnetic field that interacts with other magnets in the car. When the magnets repel or attract each other, they create a force that propels the car forward. This force is harnessed to make the toy car move without the need for batteries or external power sources.
forward and backwards
contact
The child pushing the toy car is applying a force known as a contact force, specifically a pushing force. This force is directly applied through physical contact between the child and the toy car.
You can measure the amount of force by using a spring scale. Attach the spring scale to the toy car and pull it towards you. The reading on the scale will indicate the amount of force required to pull the toy car.
The child pushing the toy car is an example of a contact force called a push force. The child is applying a force to the car by exerting pressure on it to make it move.
The force of attraction....I love 'em!
you push it
When a pull-back toy car is pulled back, it winds up a spring inside. When the car is released, the spring unwinds and transfers its stored energy to the wheels, propelling the car forward.