All you need to do is fix a model-airplane propeller onto the shaft of a small, surplus
DC motor. But if you'd rather spend the money, you could opt for an identical device
that has the words "Wind Turbine" painted on it.
The largest square that could fit in a circle of diameter 10 inches has dimensions 5sqrt(2) inches by 5sqrt(2) inches.
They could be as long as 24 inches and up to 4 inches in diameter
This could be due to a variety of reasons. One possible explanation is that the wind speeds may be too low to turn the turbines evenly. Another reason could be that there may be mechanical issues with the turbines that are preventing them from turning. It is also possible that there are variations in the design or positioning of the turbines that are causing them to respond differently to the wind.
It could be any value in the range (0, 48) inches, depending on how eccentric the octagon was and which of its diameters was measured. For a regular octagon, the diameter is 31.4 inches (approx).
The value of a circle could mean many things. Assuming the question is asking for the diameter of a sixteen-foot-diameter circle in inches, the diameter of the circle would be 192 inches. ---- One foot equals twelve inches [ 1 ft. = 12 in. ] Sixteen times twelve equals one-hundred ninety-two [ 16 * 12 = 192 ] Sixteen feet equals one-hundred ninety-two inches [ 16 ft. = 192 in. ]
Two locations less than 0.01 inches apart could not be marked separately
Any height. The size you have has the base about that of a tin of paint. But it could be any height.
To determine the volume of a soda can that is 4 inches tall with a diameter of 2 inches, we can use the formula for the volume of a cylinder: ( V = \pi r^2 h ). The radius ( r ) is half the diameter, so it is 1 inch. Plugging in the values: ( V = \pi (1^2)(4) = 4\pi ) cubic inches. This is approximately 12.57 cubic inches, which is roughly 0.54 liters or about 18.6 fluid ounces.
Earth's diameter is approximately 501 684 480 inches; its circumference is approximately 1 577 727 360 inches; its volume is approximately 8.457 × 1022 cubic inches.
Completely filled, (pi x radius squared x length in inches)/231 cu in per gallon = gallons = 13.06122449, if the inside diameter of the pipe is 2 inches. =========== Of course that assumes that the inside diameter is exactly 2 inches. For real pipes, the actual inside diameter of a pipe depends on the "schedule" of the pipe. For a "nominal" pipe diameter of 2 inches, the outside diameter will be 2.375 inches and the wall thickness could vary from .065 inches (schedule 5) to .343 inches (schedule 160) meaning that the actual inside diameter could vary from 2.245 inches to 1.689 inches.
To estimate the number of M&M's in a jar that is 7 inches in diameter and 12 inches high, first calculate the jar's volume using the formula for the volume of a cylinder: ( V = \pi r^2 h ). With a radius of 3.5 inches (half of the diameter) and a height of 12 inches, the volume is approximately 147.5 cubic inches. Given that an average M&M is about 0.5 cubic inches, you can estimate that the jar could hold around 295 M&M's, though this can vary based on packing efficiency and the actual size of the M&M's.
What is the 60 inch measurement? Is it the radius, the diameter? The 60 inches could also be the circumerence, except that is what you are asking for.