formula for displacement:
A=(pi)r^2
A is Area
Pi is 3.14
and R is the radius of the cylinder, this is the piston in Square inches. then multiply that by the distance the piston travels, that is the displacement of one cylinder to find total engine displacement multiply that by how many pistons are in the engine to get total engine displacement
Actually the velocity of a bike depends upon displacement(cc), radius of the wheel and rpm, so by just specifing the displacement of the bike we can't determine its speed.
1000cc displacement race ready performance bike.
The displacement of the engine cylinder(s).
If you come back to the starting point your displacement is zero
The size or displacement of the engine, 50cc versus 125cc.
cc is the displacement of the engine. the more cc means more displacement this intern creates more power.
On most pocket bikes, there is no speed Governor. They are just slow. The only Governor on a pocket bike is the lack of displacement, horse power and a transmission.
Laws will vary by jurisdiction on this, and may also be dependent on engine displacement.
cc=cubic centimeters 970cc = almost a liter of displacement. Big engine for a bike.
Well, if you traveled a distance of, lets say, one million miles, then your displacement would be zero. That is the difference between distance and displacement. Distance is the total area of which you have moved, commonly expressed by using miles or kilometers. While displacement is the DISTANCE between your starting point and end point.
Cubic Centimeters (referring to the engine displacement, ie the engine size). Specifically, the volume of the cylinder or cylinders.
This bike has an engine with a displacement of 1084.00 cc's or 66.15 cubic inches.