No not all rectangles are similar because the proportions are different.
There would be an infinite number of rectangles possible
You can make 24 rectangles of 1 x 1 tiles each.
Number of factor pairs = number of rectangles
false
yes all golden rectangles are simalar as well as their ratios
There are both golden triangles and golden rectangles. In order to be considered golden the ratio must be the same as the sum of the longest side to the other two sides.
The Golden Rectangle was believed to be founded by Pythagoras. The Golden Rectangle was used for many Greek Buildings such as the Parthenon, and the Villa Stein.
There is evidence to suggest that ancient Greek architects and artists used the concept of the golden rectangle in their designs. Examples can be found in the Parthenon and other structures where the proportions of elements follow the golden ratio. However, it is important to note that not all ancient Greek buildings necessarily incorporated the golden rectangle.
I'm currently doing a project on this, My project is based on the idea that if you had a group of rectangles and one of them was in the Golden ratio then they would prefer the golden ratio over the others.See related link below for more help
Examples of rectangular solids include shoeboxes, shipping boxes, and refrigerators. These objects have six faces that are rectangles, and all their edges are right angles.
It is a three dimensional shape whose faces are rectangles. There are three pairs of congruent parallel rectangles opposite each other. A smooth brick or box are good examples.
Parallelograms Examples: Squares and rectangles
They are all rectangles (or 2 squares and 4 rectangles).They are all rectangles (or 2 squares and 4 rectangles).They are all rectangles (or 2 squares and 4 rectangles).They are all rectangles (or 2 squares and 4 rectangles).
There is no answer
16 1x1 rectangles + 12 2x1 rectangles + 8 3x1 rectangles + 4 4x1 rectangles + 12 1x2 rectangles + 9 2x2 rectangles + 6 3x2 rectangles + 3 4x2 rectangles + 8 1x3 rectangles + 6 2x3 rectangles + 4 3x3 rectangles + 2 4x3 rectangles + 4 1x4 rectangles + 3 2x4 rectangles + 2 3x4 rectangles + 1 4x4 rectangle. A Grand Total of: 100 squares and rectangles. OR: A rectangle is formed by 2 horizontal lines and 2 vertical lines. There are 5 horizontal and 5 vertical lines so the number of rectangles is 5C2 * 5C2 = 10 * 10 = 100
If you mean by real life examples, then take a standard tissue box. (No, not the cube-shaped one.) Then there's a book, although its rectangles are not the same all around.