Lol. A very small number. Square millimeters (10^-3 squared) to square megameters (10^6 squared) is a conversion factor of 10^18. So divide 18 by 10^18 and get : 0.000 000 000 000 000 018 Mm.
The area would be 12*18, or 216 square millimeters.
The answer is no, if a rectangle's sides were congruent, it would be a square not a rectangle.
That would be a rhombus. (It can't be a 'square', because a square is also a rectangle.)
If they are really a square or a rectangle it would be equally easy, because they'd all be 90 degrees
it couldn't be a rectangle it would be a square and it would =24
The area would be 12*18, or 216 square millimeters.
The answer is no, if a rectangle's sides were congruent, it would be a square not a rectangle.
Yes, actually a rectangle is a type of square.
Yes. For example, a 4x4 square would have an area of 16 units squared. A 2x8 rectangle would also have an area of 16 units squared. Also, every rectangle is a square too though every square is not a rectangle. So, a 4x4 square is also a rectangle which means both have the same area.
1 square meter is made up of 1,000,000 square millimeters. This can be figured out because if there are 1,000 millimeters in one meter, then there would be 1,000,000 square millimeters in one square meter.
I don't think so because "rectangle" implies only properties of a rectangle, not a square. The rectangle would have to be a square to be regular.
Two, a square and a trapezoid. A square is a rectangle and a parallelogram.
The rectangle is 35 square feet, which would be 5,040 square inches
That would be a rhombus. (It can't be a 'square', because a square is also a rectangle.)
Shorten its length to the same size as its width.
Yes it measures 3 on all sides sides across from each other but it would have to be a square. Having a rectangle is impossible. Then again a square is a rectangle but a rectangle isn't a square.
The answer is a rectangle, which includes the sub-class of rectangles known as the square. Remember, like my HS math teacher would say:A square is a rectangle, but a rectangle is not a square.