It depends on how many tracks and sectors, as well as the sector size. In a typical (very old) 360kb floppy, there were 40 cylinders, 2 tracks per cylinder, 9 sectors per track, and 512 bytes per sector so, in that case, 1 byte would be about 1.085 x 10-4 cylinders.
There would be six spark plugs for a six cylinder engine. One for each cylinder. Unless it is a diesel, then there are no spark plugs.
3 - 4 per cylinder.
7 of them.
The amount of cc's in an engine do not DO anything. The amount of cc's in an engine ARE something. The amount of cc's is the piston displacement measured in Cubic Centimetres. For example : Imagine that the cylinder was filled with water, the piston then rises from the bottom to the top of the cylinder. The amount of water that the piston pushes out of the cylinder (displaced) is then measured in Cubic Centimetres. If each cylinder was 100 cc a four cylinder engine's pistons would displace 400 cc 's.
A horsepower is equal to 746 watts, so 10 x 746 = 7,460 watts.
A cylinder has 2 circular equal opposite parallel bases
A cylinder has 2 equal parallel flat surface circular bases and a curved surface body.
That depends on how many cc each cylinder has. Assuming all the cylinders have the same volume, you can multiply the cc of one cylinder by eight.
One pair of equal opposite circular sides.
it can't be equal to 1
Volume of the cylinder: pi*radius*radius*height
I'm quite sure this is impossible to prove, because the volume of a sphere is not equal to the volume of a cylinder with the same radius and height equal to the sphere's diameter. This can be shown as: Volume of sphere = (4*pi*r3) / 3. Volume of cylinder = pi*r2*h. Here, the height, h, of the cylinder = d = 2r. So, the volume of the cylinder = pi*r2*2r = 2*pi*r3, which obviously does not equal the volume of the sphere. The volume of half a sphere (with radius r) is equal to the volume of a cylinder(whose height is equal to its radius, r) minus the volume of a cone with the same height and radius. Therefore, the volume of a sphere is just double that. If you follow the nearby link, you can see a nice demonstration of that.
The volume of a cone is exactly equal to one third the volume of a cylinder of equal height and radius. The volume of a cylinder is equal to πr2h, so the volume of a cone is πr2h/3
The cylinder containing gold.
how many vertices does a pentagonal cylinder have? how many vertices does a pentagonal cylinder have?
A cross section of a cylinder along its length is called a rectangle. When a cylinder is cut along its length, the resulting shape is a rectangle with a length equal to the circumference of the cylinder and a height equal to the height of the cylinder. The area of this rectangle represents the lateral surface area of the cylinder.
Volume of a cylinder is given by the formula: V = πr2hIt is important to keep in mind that:If r is doubled then volume becomes four times....(1)Volume of the cylinder with radius of 2.5 units is equal to π(2.5)2h and volume of the cylinder with radius of 5 units is equal to 4π(2.5)2h. (By using the fact (1))So, it is clear that volume of the cylinder with greater radius is 4 times the volume of the cylinder with smaller radius.