0
How is finding the area of a parallelogram like finding the area of a rectangle the same?
The formula for either polygon is multiply any base by the height of the figure perpendicular to that base; furthermore, you can see the similarity by making dotted lines inside the parallelogram so that it forms two triangles on the sides and a rectangle the middle. Now you could find the areas of the triangles and the rectangle and add them to find it is the same as if you take the base times the height or you can move one triangle to the other side next to the second triangle and you will see that it makes the parallelogram into a rectangle which is why finding the area is the same formula. Also, imagine taking a rectangle and pushing two bases together without breaking the figure. You will have changed the angles but all the sides will have stayed the same. Now just think has the amount of space inside the figure changed, no.
What else can I help you with?
Which has a bigger area - a parallelogram or a rectangle?
A big parallelogram has more area than a small rectangle. A small parallelogram has less area than a big rectangle. The question is a lot like asking: "Which one is older, a dog or a cat ?"
What does a rectangle that is not a parallelogram look like?
A rectangle will always be a parallelogram.
Is a parallelogram a rectangle also?
A rectangle is a parallelogram, but a parallelogram is not necessarily a rectangle. This is because a parallelogram can be so many other things, like a rhombus or a square.
What is the formula to work out the area for a parallelogram?
Base times height. Just like a rectangle.
What is the perimeter of a parallelogram with a an area of 60?
It can be any length you like greater than (or equal to) 4 x √60 ≈ 30.98 A parallelogram is a sheared rectangle; the more the rectangle shears, the longer the originally "vertical" sides (the height of the parallelogram) become. (Shearing does not change the area of the shape.)
Which has a bigger area - a parallelogram or a rectangle?
A big parallelogram has more area than a small rectangle. A small parallelogram has less area than a big rectangle. The question is a lot like asking: "Which one is older, a dog or a cat ?"
What does a rectangle that is not a parallelogram look like?
A rectangle will always be a parallelogram.
How is the formula for finding the lateral area of a cylinder like the formula for finding the area of a rectangle?
L.A.= 2*pi*radius*height its not like finding the area of a rectangle. a cylinder is a 3-D shape and a rectangle is a flat shape
Is a parallelogram a rectangle also?
A rectangle is a parallelogram, but a parallelogram is not necessarily a rectangle. This is because a parallelogram can be so many other things, like a rhombus or a square.
What does a parallogram look like?
I think you mean parallelogram. Parallelogram look like a rectangle but it looks slanted rectangle. __________________ /_________________/ ^^that is parallelogram ^^
What is the formula to work out the area for a parallelogram?
Base times height. Just like a rectangle.
What is the perimeter of a parallelogram with a an area of 60?
It can be any length you like greater than (or equal to) 4 x √60 ≈ 30.98 A parallelogram is a sheared rectangle; the more the rectangle shears, the longer the originally "vertical" sides (the height of the parallelogram) become. (Shearing does not change the area of the shape.)
In what way is a rectangle like a parallelogram?
A rectangle has two sets of two opposite sides of equal length - as does a parallelogram.
The shape is not rectangle but looks like one?
It would have to be either a Parallelogram or a Trapezoid, both are Quadrilaterals. The rectangle is a type of Parallelogram.
What do you call a squished rectangle?
A parallelogram looks like a squashed over rectangle.
Words to write a rule for calculating the area of a parallelogram?
base times height just like a rectangle easy right
How do you get the area of an rectangle?
Area = length x width you may try the online calculator linked below that is related to this area and perimeter calculation of common shapes like rectangle, circle, triangle, parallelogram, rhombus and trapezoid.
