If, by changing the size of the squares you mean increasing the length of the side by some multiple, then the perimeter increases in direct proportion to the length of the side while the area increases in direct proportion to the square of the side.
If, by changing the size of the the squares you mean increasing the length of the side from x units by some fixed small amount, dx units, then the perimeter will increase by 4*dx while the area will increase by 2*x*dx
The perimeter is doubled.
it is an unasewrd question you see this is so hard that my grand daughter couldnt figure it out. so give up and good luck
If the figure is 2-dimensional, it is called the perimeter.
Add all sides together to get the perimeter.
the perimeter of a figure is never squared, but the area of a figure is always squared. Hope this helped :)
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When linear dimensions are multiplied by 'K', - perimeter is also multiplied by 'K' - area is multiplied by K2 - volume is multiplied by K3
The perimeter is doubled.
It depends on the configuration of the 100 squares. Different configurations - 1*100 or 2*50 etc will give different perimeters.
That's because "perimeter" means the distance around something - not the spaces inside. If you count squares inside a figure, you are finding the AREA, not the PERIMETER.
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.)
it is an unasewrd question you see this is so hard that my grand daughter couldnt figure it out. so give up and good luck
The distance round a closed figure is the perimeter.
perimeter.
To find the perimeter of a figure, add all the lengths of the edges of the figure. The sum of the sides is the perimeter.
Assuming each square is one square unit, if you put them all in a line, the perimeter ends up being 10 units. ______ l_l_l_l_l
If the figure is 2-dimensional, it is called the perimeter.