Yes, that's right
When a car accelerates, its velocity increases over time. This change in velocity is the result of a force being applied to the car, which causes it to speed up.
Energy stored in fuel
When a car accelerates, the primary forces at play are the force of friction between the tires and the road, which propels the car forward, and the force of inertia, which resists changes in motion. Additionally, the engine generates power to overcome these forces and propel the car forward.
In the battery.
Potential energy in a mouse trap car is stored in the tension of the mousetrap's spring. As the spring is wound or compressed, it gains potential energy due to the stored elastic potential energy. When the trap is released, this potential energy is converted into kinetic energy, propelling the car forward.
The energy stored in a car battery, or other cells or batteries, is chemical energy.
Stored Energy
In a battery.
Energy conservation principles enable a car to move down the street by converting stored energy into kinetic energy. When the car's engine burns fuel or uses electricity, it releases energy that propels the vehicle forward. As the car accelerates, the energy is conserved in the form of motion, allowing it to travel down the street until friction and air resistance slow it down, at which point the driver must apply more energy to maintain speed. This process illustrates the transformation and conservation of energy in motion.
It is usually the car's engine doing work.
It changes electrical energy to thermal energy and light energy