Add the length, width, and height.
Determine length (linear) and how wide is it. Multiply the length times the width and this will give you the total area or square footage. Here is another example: A product is sold by the 20 foot long (linear feet) roll. The specifications state that the product is 2 foot wide x 20 feet long. It is in fact 20 ft. x 2 ft. wide or 40 square feet per roll.
Partial measures output/(single input)Multi-factor measures output/(multiple inputs)Total measure output/ (total inputs)Productivity =(Outputs/inputs)
It is the total length "outline" of a figure. For example, the total length of the outline of a square, its perimeter, is the total length of the four sides of the square.
Efficiency = ( useful energy output / total energy input ) x 100
570 linear feet is 570 regular feet. Linear refers to the total length of an item supplied in length smaller then the total length. Eg 6 lengths of timber at 10 feet each add up to 60 linear feet.
Add the length, width, and height.
Multiply the cost per unit (8) times the length (10.5) = 84
Oh, dude, 62 linear inches is just a fancy way of saying the total length around an object. It's like measuring the perimeter of a rectangle. So, if you want to break it down, you'd have to divide that total linear measurement into length, width, and depth. It's not rocket science, just basic math with a fancier name.
You must first draw a floor plan and figure out how the carpet will be laid out. You must then account for waste and seam placement. After laying out the entire job, add up the individual cuts and you will have the total linear feet that needs to be ordered.
Outside linear dimension is the total sum of length, width and height. For most airlines, one can not have outside linear dimension of 62 for a suit case.
The outside length can refer to the total length of an object, such as a building, vehicle, or piece of equipment, when measured from one end to the other along its outer dimensions. This measurement is important for determining the overall size and spatial requirements of the object in question.
The mass per unit of linear density is the amount of mass per unit length of a linear object, such as a string or wire. It is calculated by dividing the total mass of the object by its length.
Linear inches is a term used by the airline industry in order to measure baggage allowances. The linear inch measurement is determined by adding the length, width, and height of the item in inches. For instance a 20" square box that is 5" tall would be 20 + 20 + 5 arriving at a total of 45 linear inches.
The total output would be 30 kilograms - the sum of the high density polyethylene (25 kg) and the linear low density polyethylene (5 kg) that were mixed together.
Measure the length of each wall. Add those figures up and you get Linear footage. Divide the total linear footage by the width of the panels and round up, this is the number of planks you will need.
If a fishing pole is 62 linear inches long, it means the total length of the pole when measured from end to end along the curve is 62 inches. The exact length of the straight fishing pole would vary depending on the curvature of the pole. However, a fishing pole less than or equal to 62 inches in length can have a linear measurement of 62 inches.