12 inches in a foot
Volume per foot = (pi) R2 L = (pi) (15 in)2 (12 in) = 2700 pi in3 = 8,482.3 in3 = 36.72 gallons .
A = L x W12 × 12 = 144 ft² (assuming of course the given dimensions are also in feet)
Length, Multiplied by Width. L x W Measure using a meter stick, yard stick, ect...
This question cannot be answered sensibly. A square foot is a measure of area, with dimensions [L2]. A linear foot is a measure of distance, with dimensions [L]. Basic dimensional analysis teaches that you cannot convert between measures with different dimensions such as these without additional information.
Blind date There are no I's (eyes) so it is "blind"
3 piece suite (3 P's suite)... Thanks to Dez
Henri L DuVries has written: 'Surgery of the foot' -- subject(s): Foot, Surgery
One cubic foot = 28.32 L
12 inches in a foot
it is 7.5 feet long and 11 feet high: for example "__" will equil 1 foot long and "l" will equil 1 foot high your figure probly looks something like this: __ __ __ __ __ __ __ _ l l l l l l l l l l l__ __ __ __ __ __ __ _l (inagine a line from the right end of the top line to the right en of the bottom line)
1 barrel (for petroleum) = 158,987 L = 5,614 573 cubic foot
A 4-inch Schedule L copper pipe weighs approximately 9.52 pounds per foot.
Randy L Magner has written: 'Determining the effectiveness of electrical stimulation in limiting foot pronation' -- subject(s): Foot, Physical therapy, Muscles, Electric stimulation
H. L. Aubrey-Fletcher has written: 'A history of the Foot Guards to 1856' -- subject(s): Great Britain, Great Britain. Army. Foot Guards
Shadow lengths are proportional to the heights of objects casting the shadows. Therefore, calling the shadow length l, the height h, and the proportionality constant k, l = kh. (The intercept is 0 because an object with no height casts no shadow.) Therefore, in this instance k = l/h = 6/3 or 8/4 = 2. then l(6) = 2 X 6 = 12 feet.
I'm guessing 12 Inches in a Foot.