Combined volume = (pi*32*6) + (2/3*pi*33) = 226.1946711 or about 226 cubic inches
The height of the cylinder has to be 6 inches because the radius of the hemisphere is 3 inches which is also its height.
the combined diameter of the inner planets is 22,690 miles, or 26% the diameter of Jupiter.
the combined diameter of all the outer planets is 363,546 kilometers, or 84% the diameter of the sun.
The cylinder's diameter will be about 32.58m
The combined diameter of Earth and earth's moon is 16,232 milometers, or 11% the diameter of Jupiter, 14% the diameter of Saturn, 32% the diameter of Uranus, and 33% the diameter of Neptune.
the width of the cylinder
It is directly behind the steering column; when you open the hood, it is in the far back right attached to the firewall. it is about 10 inches in diameter and has a reservoir attached to it, very hard to miss.
The EVAP canister is located near the brake master cylinder. It is about 5 inches in diameter and has three hoses attached to it.
If you have a physical cylinder to measure, measure the "width" of the circle that is the cross section of the cylinder. That is the diameter, Half the diameter is the radius.
The bore of a cylinder describes is measurement, in millimeters or inches, of the inside diameter of the cylinder. The diameter is the width across.
The diameter, alone, is not enough to find the volume of a cylinder. You need the height as well. > Where pi = 3.1416, and d = cylinder diameter cylinder volume = pi * (d/2)2 * length of cylinder
It depends what you know. The top of a cylinder is in the shape of a circle. So, to find the diameter of the cylinder (which is also the diameter of the circle), if you know the radius, just multiply it by two.
External diameter minus internal diameter will get you the difference and then you have to divide by two to get the wall thickness. (as the difference in diameter accounts for both sides of the cylinder)