Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.
Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.
Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.
Area requires a two-dimensional unit. This is often expressed as the square of something, for example, m2 (square meters), cm2 (square centimeters), etc.
To find the area of a rectangle, you need both its length and width. Since only one dimension, 20mm, is provided, we cannot calculate the area without the second dimension. If you have the width, you can multiply it by 20mm to get the area in square millimeters.
Dimension is : W * D* L IN MTR AREA SQ.MTR= (W+D) * 2 * L
it is the dimension of force over dimension of area. stress = force/area Why, that's just pressure !
To find the base meter of a rectangular area with an area of 5015 square meters, you need to know the other dimension (length or width). If you provide this additional information, we can calculate the base meter using the formula: base meter = area / other dimension.
I assume lbh in the question means length, base (or width) and height. Those three dimensions multiplied together calculate the volume, not the area, of the figure for cubic dimension. The area is calculated by multiplying the length and the width for squared dimension. In simpler terms; Area of rectangle is lw; Volume is lwh.
217x64x93
Hi
156 It is impossible to calculate the area of a rectangle from its perimeter if no other dimension is known. The area of a rectangle is the product of its length and width, and the perimeter is twice the sum of its length and width.
volume and stress and area have no dimension
This is the dimension of imagination, an area which we call the Twighlight Zone.
To calculate the minimum and maximum possible areas of an object, you first need to define the object's dimensions and shape. For regular shapes, use the appropriate geometric formulas (e.g., rectangle area = length × width) to determine the area based on the known dimensions. For irregular shapes, consider the variations in dimensions or constraints that might affect the area, and calculate the areas based on the extreme values of those dimensions. The minimum area will typically occur at the smallest dimension values, while the maximum area will occur at the largest dimension values.
Area has the dimensions of (length)2 .