Gravity adds a force (kgs) going downhill = sin (incline angle) * mass vehicle (kgs)
and detracts the force when going uphill (same equation)
graviy
because your going downhill
Mass. Speed. Condition of road surface and road wheels. Awareness. Well serviced brakes.
Will drive or will be driving.
you need a lot of friction when driving a car, your brakes on your bike needs a lot of friction , to slow down , friction is where two things rub together and make heat to make things slow down or become faster.
reduces the driver's control
I don't believe so. Coasting is basically doing the same thing as driving, only you're not on the gas pedal. If you're driving a manual, then it's basically driving in neutral assuming you're on the clutch.
A car's steering wheel will vibrate when driving if the car's alignment needs to be adjusted.
it is both kinetic and potential energy
Because, if the car is in neutral, you have no ability to accelerate pushing the gas pedal.
This could happen if there is a mechanical issue with the transmission linkage, causing the shifter position not to align with the actual gear the car is in. It is important to get this issue fixed immediately to prevent accidents or damage to the transmission.
coasting is when you are driving a car with the engine on but you are not using the accelerator to propel the car
graviy
gravity (:
The sudden stop indicates that the vehicle was being driven quickly prior to stopping. If you are driving quickly you have to feed the engine more fuel than if you are coasting. If you take your foot off the gas and coast up to the stop you will have used less fuel and your brakes will not wear out as quickly.
The brakes are the primary cause of stopping a car whilst driving.
No.