The distance between A and B (travelling over the same route) will be the same whether in a car or cycling. It may be that a car using a motorway has slightly less mileage due to the more direct route of a motorway.
It is easier to stop a bicycle than a car with the same speed because the bicycle has less mass and momentum compared to the car. The car's greater mass and momentum make it harder to stop quickly. The car's brakes also have to work against greater inertia, requiring more force and distance to stop.
The same as it is by car, or bicycle, or skateboard, or anything else: 5,280 feet, or if you prefer, 1,760 yards.
When you pass a bicycle, you pass it the same way you would if it is a car.
Same way you do on a car.
3 feet
A bicycle odometer was once a mechanical instrument that counts the number of turns of the wheels, and shows the total distance travelled. Nowadays, a bicycle computer does the same thing, but digitally, and showing more than simply distance travelled.
Technically, an object moving at a constant speed on a flat surface doesn't gain or lose any energy. (Also technically, energy is never 'consumed'; it only changes from one form to another, or gets transfered from one body to another.) If a car and a bicycle both roll down the same ramp, the car has more energy of motion when they reach the bottom. If a car and a bicycle are both standing at a stop light, both take off when the light changes, and both accelerate together to 10 mph, the caruses more energy than the bicycle to get up to the same speed.
65.5 min. :)
In a car or bicycle tyre (US tire).In a car or bicycle tyre (US tire).In a car or bicycle tyre (US tire).In a car or bicycle tyre (US tire).
The car has the right away then the bike can proceed
Yes. You have to be traveling with the flow of traffic. A bicycle is considered a vehicle therefore all the same moving laws of a car apply to a bicycle while on the road.
a car is faster and much safer then a bicycle. your welcome