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Measure the length and the width. Or if you are feeling particularly energetic, then one of them and the diagonal.
The answer will depend on what 640 is meant to measure: area, perimeter, length of diagonal. Who knows? Especially when no units are given. It is, therefore, impossible to give a sensible answer to this question.
Please clarify what linear measure you want to calculate: for example its length, width, diagonal, perimeter, etc.
A "perimeter" is a 2D measurement and cannot be applied to a 3D object. However, sometimes the area around a building or piece of property to be protected is known as a perimeter. In that case, measure the sides of the facet of the object facing the ground, add them up and you have a perimeter. "Surface area" would be the closest thing to a perimeter, purely speaking. Measure the area of one facet of an regular 3D object (such as a cube), multiply that number by the number of facets, and you get the surface area.
Perimeter is in feet and not in square feet
3.5 ft
5.7 ft
A regular quadrilateral is a square. As to the measure, the answer depends on the measure of WHAT? An angle, a side, the diagonal, area, perimeter, etc.
9.2 ft
The answer depends on what the 120 ft refers to. Is it a measure of a side, a diagonal or is 120 ft the perimeter and you wish to minimise something else?
Measure the length and the width. Or if you are feeling particularly energetic, then one of them and the diagonal.
If the perimeter measure 20" then each side is of length 5". Let D be the diagonal. Using Pythagoras' Theorem. D² = 5² + 5² = 25 + 25 = 50 Then D = √50 = 5√2 = 7.071" (3dp)
The length, width, height, thickness, diagonal, perimeter, are some characteristics.
yes if you have framed unfinished walls, measure then deduct finish such as sheetrock
The answer to this question depends on what characteristic of a rhombus you are measuring: the length of its sides, its perimeter, area, length of diagonal, its acute angles, its obtuse angles, or something else.
The answer will depend on what 640 is meant to measure: area, perimeter, length of diagonal. Who knows? Especially when no units are given. It is, therefore, impossible to give a sensible answer to this question.
It works out as 22.335 feet rounded to three decimal places