To draw a shape with an area measured in square units and a perimeter of 7 units, you would need to create a rectangle with dimensions that satisfy these conditions. One possible option is a rectangle with dimensions of 1 unit by 2 units, which would have an area of 2 square units and a perimeter of 6 units. To achieve a perimeter of 7 units, you could slightly adjust the dimensions to 1.5 units by 2 units, resulting in an area of 3 square units and a perimeter of 7 units.
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.
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!
Perimeter is the length of all sides of a shape. So to draw a perimeter that comes to 9 just make sure that when you add up the length of all the sides of whatever shape you make that it adds up to 9 units.
Yes, because each of its 4 sides would measure 5 units in length.
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.
To draw a shape where its perimeter is numerically equal to its area, consider a square with a side length of 4 units. The perimeter of this square is (4 \times 4 = 16) units, and its area is (4 \times 4 = 16) square units. Thus, both the perimeter and the area equal 16, satisfying the condition. You can draw this square by marking four points at (0,0), (4,0), (4,4), and (0,4) and connecting them.
Squares are rectangles. Draw a 2 unit square.
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.
No, but I can tell you that an 8 x 8 square has an area of 64 and a perimeter of 32.
Yes, a shape can be drawn where the perimeter is numerically twice the area. A classic example is a rectangle with dimensions 2 units by 1 unit. The perimeter of this rectangle is 2(2 + 1) = 6 units, while the area is 2 × 1 = 2 square units. Here, the perimeter (6) is indeed twice the area (2).
the answer is jermil warren with a thing :)
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.
You can draw any shape you want with a perimeter of 20. For a square, make each side 5. For a triangle, 62/3 , etc.
It depends on how long do you draw the shape example you can draw a 6cm square and you draw a 8cm square they are different . So it really depends on how the shape is measured.
Yes, divide the perimeter by 4; each side is 5 units.
The rectangle is in fact a square with 4 equal sides of 5 units in length.
Yes, you can. If you make it 1 unit by 5 units