You only need to guarantee one of those numbers. Whichever one you choose,
the other one will also be true.
When we read that question, we worry. Anyone who needs the answer to that question
really ought to know how to answer it on his own.
Here are two facts about squares that will help you answer the question.
If you don't already know them, then you need to sit down with a teacher
or another adult who knows some math, and get a few things straight. The
longer you put it off, the tougher it will be when you do get around to it.
-- Area of a square = (length) times (width)
But the length and width of a square are the same, so Area = (side) times (side)
-- Perimeter of a square is (length) + (width) + (length) + (width)
But the length and width of a square are the same, so Perimeter = 4 times one side.
You can take it from there, Champ !
The rectangle is in fact a square with 4 equal sides of 5 units in length.
write an algorithm and draw a flow chart to find perimeter of a square
No, but I can tell you that an 8 x 8 square has an area of 64 and a perimeter of 32.
A rectangle with sides of 3 and 4 units will meet the requirements.
You can't without having incomplete units.
Squares are rectangles. Draw a 2 unit square.
the answer is jermil warren with a thing :)
YES From your start point draw a line 5 units up, from this point draw a line 5 units across, from this point draw a line 5 units down, from this point draw a line 5 units back to the start. You have drawn a square with a total perimeter length of 20 units and a area of 25 square units.
Yes, you can. If you make it 1 unit by 5 units
The rectangle is in fact a square with 4 equal sides of 5 units in length.
Pick a unit. Draw a square that has two of those units on each side.
The perimeter and area of a shape do not provide sufficient information. With a given perimeter, the largest area that you can enclose is a circle, but you can then flatten the circle to reduce its area. Similarly, in terms a of quadrilaterals, a square has the largest area, but it can be flexed into a rhombus whose area can be made as small as you like. All that can be said is that there is no shape with a perimeter of 12 units whose area is 12 square units.
Yes. Each side is five units long.
write an algorithm and draw a flow chart to find perimeter of a square
Yes. Make the length of each side 1/4 of the desired perimeter.
To draw a shape with the same area and perimeter, decide what shape you want to draw, then take the equations for area and perimeter and make them equal, and then solve what the various side lengths have to be. For instance, the area of a square is L2 where L is the side length, and the perimeter of a square is Lx4 We want them equal, so L2=Lx4 Dividing both sides by L gives us L=4, so if I draw a square with side length 4, it will have the same area and perimeter.
No, but I can tell you that an 8 x 8 square has an area of 64 and a perimeter of 32.