An equilateral triangle with sides of 10/3 units, an isosceles triangle with 2 sides of a units and the third of 10-2a units (for any a<5), or several options for scalene triangles.
A square or rhombus with sides of 2.5 units, or a rectangle or parallelogram with sides of b and 5-b units etc
A regular pentagon with sides of 2 units.
And so on.
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To draw a figure with a perimeter of 10 units, you can start by considering different shapes such as a rectangle, triangle, or a combination of shapes. For example, to draw a rectangle with a perimeter of 10 units, you can make one side 2 units and the other side 3 units, then duplicate these measurements on the other side. Alternatively, you can draw a triangle with side lengths of 3 units, 4 units, and 3 units to achieve a perimeter of 10 units.
No. A figure cannot have two perimeters.
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
Well, isn't that a happy little challenge! To draw a shape where the perimeter is twice the area, you can start with a rectangle. Let's say the length is 4 units and the width is 1 unit. The perimeter would be 10 units (4+4+1+1) and the area would be 4 square units (4x1). Keep painting those shapes and exploring the joy of numbers!
Further information is needed to provide an answer to this question. If the area is 140 sq units, then this could be formed from a rectangle 1 unit wide by 140 units long - giving a perimeter of 2 x 140 + 2 x 1 = 282 units. But, the rectangle could be 14 units wide and 10 units long giving a perimeter of 2 x 14 + 2 x 10 = 48 units.
Its pretty much 11 rectangles in one.