It is 5!!!!
It can be any number
A rectangle is a four-sided figure with two long sides and two short sides. The two long sides are the length of the rectangle. The two short sides are the width of the rectangle.
Let a represent the scale factor of the two squares. Then it follows that the ratio of the areas is a^2. If these are equal, you get the equation a = a^2, and this is only true for a=0 or a=1. However, the only applicable value for a here is 1. In short, yes, they can, but only if both the scale factor and the ratio of the areas are equal to 1 (i.e. the squares are congruent)
Australia uses short scale. So one billion is 1.000.000.000
Without knowing their arrangement or the angles involved, all you can say is that it is a quadrilateral (4 sides). If the long sides are opposite, parallel, and equal in length -- and if the short sides are opposite, parallel, and equal in length -- you have a parallelogram. If all of the angles of the parallelogram are right angles, you have a rectangle.
There are two systems called the short scale (US) and the long scale (UK). The answer for short scale is 8. The answer for long scale is 11.
A rectangle is a four-sided figure with two long sides and two short sides. The two long sides are the length of the rectangle. The two short sides are the width of the rectangle.
You can set up a proportion and solve for the unknown side. Say that your rectangle has a short side that measures 4. The long side, unknown at this time, is x. The scale factor of the long side to the short side is 2/1 or 2:1. That would mean that the ratio of the actual side measurements, long side to short side, would be x/4. Set up a proportion where that ratio and the scale factor are equal to each other. Cross multiply and solve for x. x/4 = 2/1 x = 8 The long side of the rectangle would measure 8.
Length of a long side x length of a short side = area
You find the scale factor on a triangle by dividing the short side by the long side.
A golden rectangle is a rectangle where the ratio of the length of the short side to the length of the long side is proportional to the ratio of the length of the long side to the length of the short side plus the length of the long side. It is said to have the "most pleasing" shape or proportion of any rectangle. The math is like this, with the short side = s and the long side = l : s/l = l/s+l Links can be found below to check facts and learn more. In ratio terms, the Golden Rectangle has a width/height ratio of 1.618/1.
A square has 4 equal sides. A rectangle has 2 short sides of equal length and 2 long sides of equal length
For a start at this question, find out how wide this rectangle must be. area (250) = length (25) x width (???) The area of a rectangle is its length times its width. We should divide the area by the length (25) to get the width. The answer is 10. Then we know that each long side is 25 and each short side is 10. We know that in a rectangle, the long sides are the same length and the short sides are the same width. In order to get the perimeter, we add 25 and 25 and 10 and 10. We get 70. So the perimeter is 70.
rectangle
In a rectangle, the longer side is referred to as the "length," while the shorter side is called the "width." These terms help distinguish the dimensions of the rectangle, with length typically representing the side that is longer. When discussing the area or perimeter, these dimensions are essential for calculations.
Short scale basses typically have a warmer and rounder sound compared to standard scale basses. This is because the shorter length of the strings on a short scale bass results in less tension, which can produce a more mellow and thumpy tone.
Well, darling, the area of a rectangle is calculated by multiplying its length by its width. In this case, the rectangle is 4.5 meters long and 10 meters wide, so the area would be 45 square meters. So, go ahead and strut your stuff in that 45 square meters of space!
In a rectangle, opposite sides are of equal length. So basically, the two shorter sides are the same length as each other, and the two bigger sides are equal length to each other. However, the short and long sides aren't equal.