A linear foot, otherwise known as a lineal foot, is equivalent to any one-foot length of a long object, and there is no difference in length between one linear foot and one foot. Particular industries, such as construction and archiving, use the term linear foot to avoid confusion with the square foot or cubic foot.
Know MoreThe construction industry uses linear feet to distinguish it between square feet, cubic feet or others. For instance, purchasing ceramic tiles requires using square feet. However, buying a tile border uses linear feet since the width of the border is irrelevant. Another example is the term board-foot, which is commonly used in the lumber industry. This is equivalent to the volume of a 1-foot length of board that is 1 foot wide and 1 inch thick. The thickness and width are both important factors for manufacturers and purchasers of wood.
The archiving industry also often uses linear feet to report the shelf space needed to store documents. Most letter size documents are slightly less than 1 linear foot. The term linear feet is used to distinguish between cubic feet, which the industry also uses. Cubic feet measures the volume of shelf space needed.
The word linear is not unique in describing feet. Other terms, including linear meter and linear yard, are used similarly to describe meter and yard lengths.
Learn more about Math CalculatorsThe psi, or pounds per square inch, is a unit of pressure (P) using the foot-pound-second (FPS) system. To calculate psi, divide the force applied (F) with the area (A).
Full Answer >One foot is equal to 12 inches; 36 inches is equivalent to 3 feet in length because 36 divided by 12 is three. Converting measurements from feet to inches (and vice versa) is a simple process using multiplication and division.
Full Answer >To calculate an area's width in linear feet, divide the area's measurement in square feet by the area's length in linear feet. An area's length in linear feet can be found by dividing the area's square feet by the area's linear width.
Full Answer >To calculate for linear mass density, find the mass of the object, measure the length of the object, and divide the mass by the length. Linear mass is typically investigated in terms of a string.
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