Two rectangles are similar if and only if their corresponding sides are in proportion.
If 4/5 = 10/8, then (4)(8) = (5)(10), because in any proportion the product of the means equals the product of extremes. Since 32≠ 50, the corresponding sides of those rectangles are not in proportion, so that rectangles are not similar.
Oh, dude, 41 can make a bunch of rectangles, like seriously. You got your standard 1x41 rectangle, then there's the 2x20, 4x10, and even the 5x8 rectangle. So yeah, 41 can make quite a few rectangles if you're into that kind of thing.
Yes, it's just doubled in size.
576
Similar polygons have congruent angles and the same shape (but not necessarily the same size). Since the shape of a square and a rectangle is different from the shape of a trapezoid, they are not similar to it.
they have four equal sides
1x40 2x20 4x10 5x8
1x40 2x20 4x10 5x8
1x40 2x20 4x10 5x8
1x40, 2x20, 4x10, 5x8 are all the factor pairs of 40.
Oh, dude, 41 can make a bunch of rectangles, like seriously. You got your standard 1x41 rectangle, then there's the 2x20, 4x10, and even the 5x8 rectangle. So yeah, 41 can make quite a few rectangles if you're into that kind of thing.
They can all be multiplied by a certain number to equal 40. such as 4x10= 40 5x8= 40. hope this helps!
Factors of 40 : 1X40 , 2X20 , 4X10 , 5X8 Factors of 90 : 1X90 , 2X45 , 3X30 , 5X18 Common factors : 1,2,5
A rectangle has dimensions 7 ft x 12 ft. Which of the dimensions describe a rectangle that is similar to this rectangle?
40
Any rectangle whose sides are in the ratio 2:3. For example, in a 6x9 rectangle, the width (6) is two-thirds of the height (3), so it is similar to the 2x3 rectangle.
yes
How can you use 2x10 to find 4x10