2
The two are measured in different dimensions of units and are therefore incomparable.
Area is the two-dimensional equivalent of length.
A 2D shape can be measured in two dimensions: length and width. These dimensions define the shape's area, which is the space it occupies on a flat surface. Unlike 3D shapes, 2D shapes do not have depth, so height is not considered in their measurement. Examples of 2D shapes include squares, circles, and triangles.
Two - of length.
No, it does not. Dimensions are the basic quantities which are being measured. The most common are [L] for length, [M] for mass and [T] for time. Speed and velocity are [LT^-1] Force is [MLT^-2].
Then the surface area of the solid would be measured in square feet
No, some properties can be measured in fewer than 3 dimensions. For example, temperature is a property that can be measured in one dimension, length is a property that can be measured in one dimension, and area is a property that can be measured in two dimensions.
square centimetres.
The two are measured in different dimensions of units and are therefore incomparable.
A point has no dimensions. It can be drawn anywhere or marked anywhere.A point is the one which cannot be measured.
It is the covered area of the building measured at plinth level/floor level by taking external dimensions. Plinth offsets,courtyards
A solid with three dimensions will be measured in cubic feet, 77,760 in this case, unless those dimensions are inches.
The area of an object in three dimensions will be measured in cubic feet. 1600 cubic feet.
Area is the two-dimensional equivalent of length.
A 2D shape can be measured in two dimensions: length and width. These dimensions define the shape's area, which is the space it occupies on a flat surface. Unlike 3D shapes, 2D shapes do not have depth, so height is not considered in their measurement. Examples of 2D shapes include squares, circles, and triangles.
Two - of length.
No, it does not. Dimensions are the basic quantities which are being measured. The most common are [L] for length, [M] for mass and [T] for time. Speed and velocity are [LT^-1] Force is [MLT^-2].