Lets keep it simple. Imagine you are sitting on a bicycle, your legs are the same as the pistons in an engine, they go up and down to deliver power to the crankshaft. That's the bit that goes through the large cog between your ankles with the chain around it. The chain transfers that power to the gears on the rear wheel. Here is the gear-box, depending on what gear you select with your gearlever that gear will transfer the power to the main drive cog fixed to the rear wheel.
If you have managed to get your head around that you will now appreciate that every time you have you toes on those pedals and your legs keep pumping, your back wheel will turn because the power of your legs has been transfered to the point where your tyre meets the roads surface. That transfer from driving force [engine/legs] to the tyre happens much the same for car or bycycle.
Sends fuel injections into the engines there for running the chains, and the motor it makes the wheels spin, Thus making the car move.
You turn the key, the car has energy from the petrol that makes the wheels move, this movement turns the tires and then the car moves, slowly at first but then it makes a move by using the petrol. This is CO2.
Remove the wheels off your car, and you will realise how important wheels are, as your car won't be able to move.
yes
Yes, they do, With the wheels under them is what makes them move. Depending on the type of robot your are distrubuting or making.
driveshaft
No it can't move but it can move by pushing it.Hard but it moves.
A short stroke Nissan engine with a high performance transmission. That makes a car's wheels fast. Or an engine with High torque.
Cars have wheels because they allow the vehicle to move more efficiently by reducing friction between the car and the road. The wheels also help distribute the weight of the car evenly, improving stability and handling when driving. Additionally, wheels enable the car to turn and steer in different directions.
they connect the transmission to the wheels to make it move
A toy car goes down a ramp due to the force of gravity pulling it downward. As the car gains speed, its kinetic energy increases, causing it to move faster down the slope. Friction between the wheels and the ramp surface also plays a role in helping the car move forward.
The front wheels being moved by the steering wheels rotation. The direction that the wheels are pointing denote the direction that the car is travelling.