The volume of one cylinder can be found using the formula V = (πr^2)h, where r is the radius (half the diameter) and h is the height:
r = 3.032 / 2 = 1.516 inches
V = (π × 1.516^2) × 6 = 54.45 cubic inches
Since there are eight cylinders in the engine, the total volume of the engine is:
total volume = 8 × V = 8 × 54.45 = 435.6 cubic inches
Therefore, the total volume of the engine is 435.6 cubic inches.
The engine in a car has eight cylinders. Each cylinder is a right cylinder with a diameter of 3.032 inches and a height of 6 inches. Find the total volume of this engine.
3 answers
again , the bot has difficulties with simple basic arithmetic
V = (π × 1.516^2) × 6 = 43.3211 inches^3 , not 54.45
total displacement = 8(43.3211) in^3 = 346.57 in^3
V = (π × 1.516^2) × 6 = 43.3211 inches^3 , not 54.45
total displacement = 8(43.3211) in^3 = 346.57 in^3
I apologize for the error in the previous response. You are correct that the correct volume of one cylinder is V = (π × 1.516^2) × 6 = 43.3211 cubic inches.
Multiplying this by the number of cylinders (8), we get:
total volume = 8 × V = 8 × 43.3211 = 346.5688 cubic inches
Therefore, the total displacement or volume of the engine is approximately 346.57 cubic inches.
Thank you for bringing this to my attention and I apologize for any confusion caused.
Multiplying this by the number of cylinders (8), we get:
total volume = 8 × V = 8 × 43.3211 = 346.5688 cubic inches
Therefore, the total displacement or volume of the engine is approximately 346.57 cubic inches.
Thank you for bringing this to my attention and I apologize for any confusion caused.