It isn't. Or at least it should not be. For racecars and aircraft they sometimes use nitrogen, but CO2 with a little moisture is corrosive and it leaks out faster than nitrogen....or regular air.
Water can be used for tyres but it will be more heavy for the vehicle that it have give more pressure which means wasting petrol for your engines whereas air only needs some prssure to move and it is also comfortable fo the driver.
It isn't.
Because the tires on the car make contact with the surface you are driving on and they rub together. This gradually slows your car down.
When a driver wants to stop a car, they apply the brakes. The friction between the tires and the road surface help stop the car. How a vehicle handles is determined by the traction between the tires and roadway.
The road through the tires of the car. It is caused by the new bias of the tires allowing the car to proceed only in the assigned direction.
If there was no friction between the tires and the ground, on a turn the car would continue sliding in the direction he originally had ( like if the car was on an iced lake). Friction between tires and ground allows the car to turn while in motion, but if the car makes a close turn at a very high speed, if the tires have enough friction with the ground, they wont allow the car to slide, and the centrifuge force created will seem to push the car side wise while the tires will resist originating a fulcrum point making the car roll over.
Fiction: between the tires and the road. the car with the air in the drivetrain
With a car
Gasoline is burnt in the engine of a car to form carbon dioxide, which is emitted from the exhaust of the car. The carbon dioxide goes into the air, where it is absorbed by the tree. Within chloroplasts in the tree's cells, the carbon dioxide is metabolized to form organic compounds for energy storage (or else used immediately).
No car can actually reduce the amount of carbon dioxide in the air, but an economical car will add less additional carbon dioxide to the air than a less economical one.
carbon dioxide
Yes. Keys are used to turn on a car. But turning on a car produces huge amounts of Carbon Dioxide.
well
carbon dioxide
carbon dioxide,and oil
when a car is driven, the gasoline it burns as fuel releases carbon dioxide into the atmosphere.
A solar powered car would produce zero carbon dioxide.
" When a car is driven the gasoline it burns as fuel release carbon dioxide into atmosphere" as stated in your question is properly capitalized. If the same sentence were properly punctuated, and used all the correct wording, it would read like this: "When a car is driven, the gasoline it burns as fuel releases carbon dioxide into the atmosphere."
It depends on the source of the electricity used to power them. Power plants can generate carbon dioxide a lot (coal and oil fired) or a little (watering nuclear), Although the car does not itself generate carbon dioxide the source of its power does and so the car is responsible for the carbon dioxide footprint. In areas serviced by coal fired power plants the carbon footprint of an electric car may be very similar to that of a hybrid or efficient conventional fuel car.