75.4 cubic inches.
We would have to know the length of the tube.
14.52 inches (rounded)
Volume of a tube 5 inches wide 10 inches long and 3 inches tall is 150 cubic inches
Assuming that your tube has an INSIDE diameter of 3 inches, then the volume will be that of a cylinder. V = (pi)r2h = 3.14159x(1.5)2x36 = 254.46879 cubic inches 231 cubic inches = 1 gallon, so divide, 254.46879 / 231 = 1.10159649 round to 1.1 gallons
94 mm is about 3.7 inches so it will not fit a 3-inch tube.
You didn't provide enough information to fully answer this question. Volume requires 3 dimensions, and you provided 2 (or didn't fully explain the 3rd). To determine volume, you need length, width and height LxWxH=Volume. I'll explain how to solve this math problem the best way I can. 1 gallon = 231 cubic inches http://www.onlineconversion.com/volume.htm Now that you know there are 231 cubic inches per gallon, determine the volume of water you need in inches. I'm going to guess you were meaning the tube is 12 inches long and either a 4 inch diameter. Volume of a cylinder can be acheived by multipling the area of the base times height. Assuming your cylinder is a perfect circle with an inside diameter of 4 inches, the base would be PI * r2 or 3.141592 * (2*2) or 12.535668 inches square. Multiply this times the height (12), and you'll get the cubic inches required to fill the cylinder...or 150.796416 cubic inches. Divide by 231 (cubic inches per gallon) equalling .6528 US gallons required to fill the tube.
The volume is 52.03 cubic feet.
The recommended size for a replacement tube for a 26-inch tire is typically 26 x 1.75-2.125 inches.
The recommended inner tube size for a bicycle tire with a 26-inch diameter is 26 inches.
A 16-inch diameter tube that is 200 feet long has a volume of: 279 cubic feet.
The recommended size for an inner tube for a 26-inch bike tire is 26 x 1.75-2.125 inches.
The recommended size of the inner tube for a 26-inch bike tire is typically 26 x 1.75-2.125 inches.