4wd stands for four-wheel-drive. This means that power from the engine can be applied to all four wheels of the car rather than just two of them.
even dude gosh
Momentum is a function of velocity and mass, therefore, assuming a "large" bus has more mass than a "small" car the bus would have more momentum since the velocities are the same.
Wheels have rpm's (rotation per minute) and you can calculate that by using the circumference formula to find the total length around the wheel. If you have a specific distance you want to cover, divide that distance by the circumference to find the RPM. Or if tires have a maximum capacity it can hold, you'd have to calculate the total weight of the car and compare it to the all four or 6 of the tire's maximum capacity to see if the tires can adequately hold and support the car.
Four times as farther.
The friction between car tires and pavement is generally greater when the car is at rest compared to when it is in motion. This is because when the car is stationary, the tires need to overcome static friction to start moving, which is usually greater than kinetic friction experienced when the car is already in motion.
b/c there is too much weight than a car, and the four wheels can not bear the weight of a truck that is why there is six tires in truck
To replace all the tires on a car with 27-inch rims, you would need four tires.
SUV tires do cost more than car tires. There is more material used in the bigger SUV tires. Keep an eye out in the newspaper, sometimes you can find a sale on tires at places like Big O Tires.
If you want traction you need the tread. Smooth tires are only used for racing.
There is no correct answer to your question I have picked up car tires weighing less than 6 pounds and more than 30 pounds.
First you will want to make sure it is something with four-wheel-drive. After that, it is more about the tires than the car. With bad tires, even a truck will slide around. Get good tires first and foremost.
Greater as tire pressure raises as you drive and tires get hot.
speed! a moving car is having a force greater than the friction of the tires/air (and gravity on a steep upward hill) applied to it, and is moving forward. The force can come from the engine, or external forces.
No, a bike tire pump cannot be used to inflate car tires because car tires require a higher pressure than what a bike pump can provide. It is recommended to use a proper car tire pump for inflating car tires.
If It's not a four wheel or all wheel drive and they don't rub, it's ok. Four wheel or all wheel will really get messed up if you do this
This is due to friction. Friction acts between the car tires and the surface. On a normal road the friction would be greater than on ice.