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The formula to calculate the cubic capacity of an engine is:
pi x (radius of cylinders )squared x stroke length x No. of cylinders
To work out the answer, first you need the following measurements;
Cylinder diameter and stroke of bore - they should be in the same units ie centimetres or inches
Example: Diameter of cylinder = 4.2 cm & stroke is 7.6 cm
Now use the following formula: Pi x (D/2)² x S, = 3.14 x (4.2/2)² x 7.6 = 105.24024
Or answer is in cubic centimetres (cc's) 105cc or thereabouts
If you have more than one cylinder, multiply your answer by the number of cylinders
This formula refers the "swept volume" of the engine and doesn't include any volume remaining above the piston at tdc. That's what is normally referred to as the cc of the engine.
What else can I help you with?
What is cubic centimeter and how you calculate it?
Engine cylinder capacity(Engine cylinder volume )is represented by cubic centimeter(cc).CC is calculated by the following formula CC=N*((π*d^2*l)/4) N=no.of cylinder d=cylinder dia l =stroke length
What three factors determine engine cubic capacity?
Engine cubic capacity, often referred to as engine displacement, is determined by three primary factors: the bore (the diameter of the cylinder), the stroke (the distance the piston travels within the cylinder), and the number of cylinders in the engine. The cubic capacity is calculated using the formula: ( \text{Cubic Capacity} = \pi \times \left(\frac{\text{Bore}}{2}\right)^2 \times \text{Stroke} \times \text{Number of Cylinders} ). Together, these components influence the engine's ability to generate power and torque.
How do you calculate storage capacity of a dam in tmc?
To calculate the storage capacity of a dam in trillion cubic meters (TMC), you first need to determine the reservoir's surface area and the average depth. The storage capacity can be estimated using the formula: Capacity (TMC) = Surface Area (hectares) × Average Depth (meters) × 0.00001, where the factor 0.00001 converts the volume from cubic meters to trillion cubic meters. Ensure that the measurements are consistent and converted properly for accurate results.
What is the cubic capacity of a 2.4 liter engine?
A 2.4 liter engine has a displacement of 146.457 cubic inches or 2400cc
How would you calculate the cubic capacity of the bucket of an excavator?
To calculate the cubic capacity of the bucket of an excavator, measure the internal dimensions of the bucket: length, width, and depth. Use the formula for volume, which is length × width × depth. If the bucket is a more complex shape, you may need to approximate it to a rectangular prism or use water displacement for more accurate results. Finally, convert the volume from cubic inches or centimeters to cubic yards or cubic meters as needed.
What is cubic capacity?
The cubic capacity is a measure of engine size. Cubic capacity is the total volume of the engine cylinders taken by piston movement (piston stroke). Apart from performance, it is one of the parameters of a combustion engine. it is the size of your engine block. for ex. a 305 has three hundred and five cubic all together.
How do you calculate engine size cubic to liters?
To convert engine size from cubic inches (ci) to liters (L), you can use the following formula: Engine Size (L) = Engine Size (ci) / 61.0237 For example, if the engine size is 350 cubic inches: Engine Size (L) = 350 ci / 61.0237 ≈ 5.73 L.
How to calculate cubic meter of a triangle?
That is not possible. A triangle is an area. Cubic meters belong to volume or capacity.
What is cubic capacity of ford Triton V8 engine?
The 5.4 liter is 330 cubic inches
What is cubic foot capacity of Kenmore model 110 24872300 - Washer?
The cubic foot capacity of a washer refers to the volume of the drum, which determines how much laundry it can hold. To determine the cubic foot capacity of the Kenmore model 110 24872300 washer, you would need to measure the dimensions of the drum and calculate the volume using the formula for the volume of a cylinder (V = πr^2h). Without specific measurements, it is not possible to provide an exact cubic foot capacity for this particular model.
What is the formula to convert the capacity in cubic feet of an LNG carrier with 160000 cubic meters of capacity?
To convert the capacity of an LNG carrier from cubic meters to cubic feet, you would multiply the number of cubic meters by 35.3147. Therefore, for a carrier with 160,000 cubic meters of capacity, the conversion would be 160,000 * 35.3147 = 5,650,352 cubic feet.
How do you count engine capacity?
Engine capacity is measured in cubic inches, cubic centimeters or liters; a common Ford V8 (eight cylinder) engine is a 302. Three hundred cubic inches or 5 liters. Capacity is measured by the amount (volume) of air in the cylinder it displaces. Here is the link, http://en.wikipedia.org/wiki/Engine_displacement
