There are an infinite number of lengths and widths that can be multiplied to get to 60 square units.
1 x 60
4 x 15
2.5 x 24
0.1 x 600
5 x 12
0.5 x 120
etc. etc.
Number of factor pairs = number of rectangles
As I understand it, the number of factor pairs is equal to the number of rectangles.
One to one.
To find missing dimensions of rectangles when only the width is provided, you typically need additional information, such as the area or the perimeter of the rectangle. If you know the area, you can divide it by the width to find the length. If you have the perimeter, you can use the formula ( P = 2(\text{length} + \text{width}) ) to solve for the length. Without additional information, you cannot determine the missing dimensions.
I would draw two open pizza boxes that did contain eight-slice pizzas, and show that five slices are gone from one of the pizzas.
i could tell you how but here is a link that will show you how to draw him http://www.drawingnow.com/how-to-draw-invader-zim.html
Squares are equilaterals (same length on every side) Rectangles could be called parallelograms but the parallel lines are the same. It's hard to explain but I could show you. _______________ | | |______________| equal on parallel sides.
i could tell you how but here is a link that will show you how to draw him http://www.drawingnow.com/how-to-draw-invader-zim.html
Try the Statue of Liberty.
his personality: Conceited you could draw a dark person looking away from the drawer, to show that nothing else maters.
To draw all possible distinct area models for 49, you can represent it as a rectangle where one side is the factor and the other side corresponds to the quotient. The factors of 49 are 1, 7, and 49, leading to three distinct area models: a 1 by 49 rectangle, a 7 by 7 square, and a 49 by 1 rectangle. Each model visually demonstrates the multiplication of these factor pairs to show that they equal 49. You can draw these rectangles with appropriate dimensions to illustrate the different area representations.
normal curve