The cubic capacity, or cc, of an engine is figured by multiplying 0.7854 by the cylinder bore squared times the crankshaft stroke times the number of cylinders, according to Burton Power. The cylinder bore is the diameter of the cylinder, while the crankshaft stroke is the distance the cylinder travels.
For example, one engine has four cylinders each with a bore of 8.1 centimeters with a stroke of 7.76 centimeters. The formula is 0.7854 times 8.1 times 8.1 times 7.76 times 4. This produces a product of 1,599.5 cc. The volume of cylinders is measured with special burettes filled with paraffin.Learn More
The 18 times table, more formally called the 18 multiplication table, lists the results of the number 18 multiplied by other numbers in sequence. Times tables are used around the world to help people learn elementary arithmetic.Full Answer >
Primary causes of engine cylinder misfires include loss of compression, an unbalanced air or fuel ratio, a loss of spark and a malfunctioning fuel injector. The misfire occurs as a result of a partial combustion process occurring inside one of the cylinders. When incomplete combustion occurs, the driver experiences a jerking action within the engine.Full Answer >
A four-cylinder engine has four spark plugs. An important part of the power-generating process, each spark plug is responsible for igniting the fuel and air mixture inside of its cylinder.Full Answer >
A "cylinder bore" refers to a circular tube drilled into a medium, where the diameter of the tube remains constant. Cylindrical bores are found in many products, such as shotguns, musical instruments and engines. In common usage, the term "cylinder bore" most often relates to shotgun barrels.Full Answer >