The over-all size of the tire and wheel would change the calibration of the speedometer/odometer.
A rate of change of 60 miles per hour. Think of it in terms of a car. The car is going to go a father distance if it is going 60 miles per hour as opposed to 1 mile per hour.
Take meters per second and multiply by 2.24 to get miles per hour.
Multiply miles per second by 3,600 to get miles per hour: 186,282 x 3,600 = 670,615,200 mph
1972
There can be no answer since the two measures are incompatible. 80 cc is a measure of volume - of the engine cylinders whereas miles per hour is a measure of speed. The two measure diffeerent attributes and so conversion between the two is not valid.
multiply by 1.6
(40 miles per hour) / (3,600 seconds per hour) = 0.0111 mile per second (rounded, repeating)
A rate of change of 60 miles per hour. Think of it in terms of a car. The car is going to go a father distance if it is going 60 miles per hour as opposed to 1 mile per hour.
Take meters per second and multiply by 2.24 to get miles per hour.
KPH (Kilometres Per Hour)
Multiply miles per second by 3,600 to get miles per hour: 186,282 x 3,600 = 670,615,200 mph
1972
No. "Miles per hour" is a speed. An acceleration might be "Miles per hour per hour", or "miles per hour squared".
Speed is the size of velocity. But velocity also has a direction. "30 miles per hour" is speed. "30 miles per hour north" is velocity.
50 miles per hour.
There can be no answer since the two measures are incompatible. 80 cc is a measure of volume - of the engine cylinders whereas miles per hour is a measure of speed. The two measure diffeerent attributes and so conversion between the two is not valid.
About 55 miles per hour.