If you triple the length and width (or base and height) of a figure, you will be multiplying the factor of three by itself, so the area increases by 3 squared, or 9. So a figure with an area of 12 will have an area of 108 when you triple its dimensions. This holds true for circles as well, since radius squared is used for area, the 3 squared factor still applies. (:
If you were to double both the width and the length, then the area would quadruple. It will be multiplied by a factor of four.I learned this in my 7th grade math class. (:
Impossible to figure out. You did not mention any dimensions of the figure. You mush have the dimensions.
If you know the dimensions of the missing triangle, then compute the area from those dimensions, then subtract that answer from the area of the full rectangle.
what are the dimensions of the rectangle with this perimeter and an area of 8000 square meters
area 63 and perimeter is 32
If the new linear dimensions are k times the old dimensions, then the new area is k2 times the old area.
When linear dimensions are multiplied by 'K', - perimeter is also multiplied by 'K' - area is multiplied by K2 - volume is multiplied by K3
Impossible to figure out. You did not mention any dimensions of the figure. You mush have the dimensions.
If you were to double both the width and the length, then the area would quadruple. It will be multiplied by a factor of four.I learned this in my 7th grade math class. (:
Impossible to figure out. You did not mention any dimensions of the figure. You mush have the dimensions.
When you triple the dimensions of a flat (2-dimensional) shape,the area increases by (3)2 = 9 times.When you triple the dimensions of a solid (3-dimensional) shape,the volume increases by (3)3 = 27 times.
The area increases to 9 times as much.
Impossible to figure out. You did not mention any dimensions of the figure. You mush have the dimensions.
Depends what you mean by the "size" of the figure.To double the linear dimensions of the figure ===> Multiply the linear dimensions by 2.To double the area of the figure ===> Multiply the linear dimensions by sqrt(2). (1.4142)
The answer depends entirely on how the dimensions change. It is possible to change the dimensions without changing the perimeter. It is also possible to change the dimensions without changing the area. (And it is possible to change the area without changing the perimeter.)
the two dimensions that are multiplied are the top long layer and one of the sides to figure out your area of your rectangle and square
Area is like the perimeter, only you multiply the dimensions, the definition of Area is the inside of a 2-d Figure