What is the displacement for a Bore of 1.75 inches and a Stroke of 3.25 inches?

To find the displacement of an engine, you can use the formula:

Displacement = (π/4) × Bore² × Stroke × Number of Cylinders.

In this case, if we are considering a single-cylinder engine, we can simplify the calculation.

1. Convert the bore and stroke from inches to the appropriate values in the formula:

   • Bore (diameter) = 1.75 inches
   • Stroke (length) = 3.25 inches

2. Calculate Bore²:

   • Bore² = (1.75 inches)² = 3.0625 square inches.

3. Multiply by Stroke:

   • Bore² × Stroke = 3.0625 square inches × 3.25 inches = 9.953125 cubic inches.

4. Now apply the π/4 factor for the cylindrical calculation:

   • Displacement = (π/4) × 9.953125 cubic inches.

5. Approximating π as about 3.14, the calculation becomes:

   • (3.14 / 4) × 9.953125 = 0.785 × 9.953125 ≈ 7.81 cubic inches.

This value rounds to