406 cubic inches .
A small block Chevrolet (SBC) 400 engine has a stock bore of 4.125 inches and a stroke of 3.750 inches. If you bore the engine "40 over," it increases the bore by 0.040 inches, resulting in a new bore of 4.165 inches. To calculate the cubic inches, use the formula: ( \text{Cubic Inches} = \text{Bore}^2 \times \text{Stroke} \times \pi / 4 \times \text{Number of Cylinders} ). This results in approximately 406 cubic inches.
In. and three superscripted- small and upper right corner
Figure the volume in cubic inches and divide by 277.4 to get the number of gallons the container will hold. This is A close approximate formular. Convert the gallons to pints or less if it is a small container.
Inches are a units of measure for length. When you use square inches, you have units for area. Area is usually considered length times height. Cubic inches are units of volume, which is length times height times depth for dimensioned drawings. These might also be length times width times depth for something like a swimming pool. If your object or drawing has been dimensioned in units other than inches, and they are still units of measure for length, like feet, yards, centimeters, kilometers, miles, or fathoms, the conversion is done by a process called cancelling the units. This is described pretty well in standardized test prep books (the Kaplan GRE prep book for the math part is an example). Example 1: Object is 25 feet long (length dimension) by 10 feet high (height) by 8 ft wide - maybe it is a cargo container. 25 feet times 12 inches per foot -> 25ft*12in/ft cancels the feet and gives you 25*12 inches, 300 inches for the length 10 feet times 12 inches per foot -> 10ft*12in/ft cancels the feet and gives you 10*12 inches, 120 inches for the height 8 feet times 12 inches per foot -> 8ft*12in/ft cancels the feet and gives you 96 inches for the width. The volume in cubic inches is then 300in*120in*96in This is the same as (25*10*8)cubic feet *(12*12*12)cubic inches per cubic foot. Example 2: A hypodermic syringe holds 3ml. ml is an abbreviation for milliliter, a unit of volume. A milliliter is the same as a cubic centimeter (cc), because the metric system is helpfully standardized on characteristics of water and base 10. Converting cubic centimeters to cubic inches -> cm*.394in/cm so cubic centimeter =(.394in*.394in*.394in) 3cc = 3cc* (.394in*.394in*.394in)/cc Note that this makes a small volume. You check your conversion for dimensioned volumes by noting if you are going from something big to small or the other way. If you start with larger units, when you convert the number will be larger too, because you need more small things to get to the big thing in all directions. If you are going from a smaller unit, like centimeter, to a larger, like inches, you need fewer inches in each direction to make up the same height, width, length or volume. I invite someone to rephrase this, especially the last paragraph.
406 cubic inches .
408
336.6
If my math is correct , almost 293 cubic inches ( using a 4 inch bore that is bored out .030 and a 2.87 inch stroke )
If my math is correct , almost 410 cubic inches ( using a 4 inch bore and a 4 inch stroke that has been bored out .040 )
If my math is correct : using a 4 inch bore and a 3.48 inch stroke , with the cylinders bored .060 , just over ( 360 cubic inches )
413 cid
BIG BLOCK OR SMALL BLOCK DOES NOT DEPEND ON CUBIC INCHES . IT IS THE DESIGN OF THE BLOCK ITS SELF.
a Ford 400 had a 4 inch bore and 4 inch stroke. Simplest math motor EVER!! Given 4" bore x 4" stroke x pi (3.14) x 8 cylinders = 402 cubic inches. Bore this thing out .060 and you get: 4.060 x 4 x 3.14 x 8 = 408 cubic inches.
350
approx. 366cuin
The 390 Ford motor is an FE block and was made as a Big Block only. The small block or Windsor motor could be bored and stroked to have 390+ cubic inches. To build a stroker motor you have to do extensive machine work and parts matching. That process usually involves large amounts of money.