Car's normally get their energy from gasoline, or a similar fuel - which stores the energy as chemical energy.
When a moving car hits a parked car and causes it to move, the kinetic energy of the moving car is transferred to the parked car. This increase in kinetic energy causes the parked car to start moving. Some of the energy is also dissipated as sound, heat, and deformation of the cars during the collision.
A larger car will have more kinetic energy due to its greater mass and speed, leading to a longer stopping distance compared to a smaller car with less kinetic energy. The larger car will require more distance to decelerate and come to a stop due to its higher kinetic energy.
the elastic potential energy of the spring on the mouse trap is changed to kinetic energy, causing the car to move. The kinetic energy in turn changes to thermal energy as friction causes the car to come to a halt
The energy you put into something to make it move at a steady speed is called KINETIC ENERGY. It's the Kinetic Energy of a car that makes the brakes hot when you try to stop. The kinetic energy of the moving car becomes heat in the brakes of the stationary car which has lost its kinetic energy. There are two ways to get a car to the top of a hill. One is to start at the bottom and drive the car to the top and then stop again. This way, the engine pushed the car up the hill. The other way is to start a long way before the hill and build up speed along a flat road. Then you can turn off the engine and the car will coast to the top of the hill before it stops. This way, the engine put a lot of Kinetic Energy into the weight of the car before it got to the hill, and it was that Kinetic Energy which was used to get the car up the hill.
Gravity affects a balloon-powered car by providing the force needed to overcome friction and air resistance, allowing the car to move forward. When the balloon is inflated and the car is released, the potential energy stored in the balloon is converted into kinetic energy as the escaping air propels the car forward.
The battery
From fuel used in car
I don't have to wait to start my car .If you are saying your car won't while the fan is running more info about the type of vehicle is needed for a more complete answer is needed.
The lights come on when you start the car. They will not come on if you have the park brake on. Once you release the park brake they will come on immediately.
no gas
No, the throw out bearing in a clutch is needed to keep an disengaged clutch spinning. you can drive a car with a bad throwout bearing if you don't use the clutch By "floating the gears". You must disconnect or bypass the start safety switch (this is when you need to have the clutch pedal to the floor to start the moter) so that you can start the car in gear if you come to a complete stop.
Perhaps it needed to cool down.
When chemical energy is not used in a car, it is typically stored in the car's fuel tank until it is needed. The chemical energy is converted into kinetic energy to propel the car forward when the engine is running. If the car is not being used, the chemical energy remains stored in the fuel until the engine is activated again.
abs is anilock bake system when you break instantly your abs kicks in and holds the breaking till you come to a stop or let go of the break peadel it needs to be working but not needed to start and run the car.
Do the lights come on? Do you have correct operating voltage? What type of car is it? Does the car crank but not start? Do the error lights come on and dim while in the start position? Please answer 1 or some of the questions and I will be able to answer with a more accurate answer or possible solution.
A car battery's function is to store electrical energy for your vehicle. When you start the car the stored energy in the battery turns your car over and once your car starts the alternater will power everything and recharge the battery.
Because your batery does not have much energy to make the car roar to life.