Wiki User
∙ 14y ago1 gallon = 231 cubic inches
Volume in cubic inches = (48 x 5.625 x 3.625) = 978.75 cubic inches
(978.75 / 231) = 4.237 gallons (rounded)
Wiki User
∙ 14y agomultiply the length times the width
Length of the object times the width
Diameter is the width of a circular or spherical figure or object. Something 180 inches in diameter is also 180 inches in width or thickness.
The formula to dertermine the size of an object using mil dots is: Distance (in yards) x height (in mils) ----------------------------------------- = size of the object in yards 1000 to find out the size of the object in inches, simply multiply your answer by 36 (because there are 36 inches in a yard)
well there really isn't a formula, but i suggest using a balance, if the object isn't to heavy. the formula for density is mass/volume, but density and mass are different concepts
22 inches to 16 inches is a decrease of six inches.
Zero. A sheet of paper has no capacity or volume. A good way to visualize "cubic feet" is to think about how much water the object could hold inside of it, like quarts or gallons. A "cubic foot" is just another way of describing a space that can hold about 7 and a half gallons. If an object has no space inside it, like a sheet of paper, then it has no gallons and no cubic feet.
This is the formula for volume:l x h x w( length x height x width )
There is not enough information to figure the cubic feet of the pallet. The depth would be needed for that. There is enough information to figure the surface area, which is measured in square feet, square inches, etc. To find the area of an object, take the length times the width. 40 inches X 48 inches = 192 square inches or 16 square feet.
You add up the lengths of every side. For example, if you have a pentagon (five sided figure) and every side is 4 inches long, you add 4+4+4+4+4=20inches.
Two dimensional object is a plane figure where as three dimensional object is solid (space) figure.
To determine the mass of an object, you can use a scale or balance to measure its weight in Newtons. Then, by dividing this weight by the acceleration due to gravity (9.81 m/s^2), you can calculate the mass of the object in kilograms.