Let me try to translate your question into something sensible.
If you mean:
"What is the volume of a cube on which any face has a perimeter of 16 units?"
Then the answer is 64 cubic units.
48 unit cubes
9C square units
Knowing the area doesn't tell you the perimeter. There are an infinite number of different sizes and shapes with different perimeters that all have the same area. The shortest possible perimeter for any area is a circle. The shortest possible perimeter for any area with straight sides is a square. And also by the way, there are many different units for area. "Feet" is not one of them. "Square feet" is.
The perimeter is 60 mm
There are: 13*19 = 247 square units
4
A paralallogram with a perimeter = 13 units can be made to "lean" over until its area becomes 5 square units.Also:A rectangle with a long side of 5.608495283 and a short side of 0.8915047169 will have a perimeter of 13 units and an area of 5 square units.Also:An isosceles triangle with say 2 legs of 5.5943 and the 3rd leg of 1.8114 will have a perimeter of 13 units and an area of 5 square units.So the answer is that there are many shapes that will satisfy the perimeter and area given.
If it has an area of 81 square units it could be 1 unit x 81 units giving a perimeter of 2 x (1 + 81) = 164 units;It could be 3 units by 27 units giving a perimeter of 2 x (3 + 27) = 60 units;There are many other possibilities, most with non-whole number lengths of the sides.
2*2*2 = 8 cubes.
24 cubes 1x1x1
48 unit cubes
Perimeter of which geometry (square, circle, rectangle, triangle, ...)
Well, isn't that a delightful question! A shape with a perimeter of 16 could be a square with each side measuring 4 units, or a rectangle with dimensions of 3 units by 5 units. Remember, there are many possibilities in the world of shapes, so feel free to explore and create your own unique designs!
9C square units
That's 117 square units.
Tere are 117 square units
There are: 13*9 = 117 square units