The perimeter is not going to have sq units. If the perimeter of a square is 15 units then the area would be 14.0625units squared.
Perimeter: 15+20+25 = 60 units
Perimeter = 15+10+15+10 = 50 units of measurement.
Yes but not a square (or rectangle). A quadrilateral with an area of 16 sq units must have sides of at least 4 units and so a perimeter of at least 16 units. However, a circle of perimeter 15 units will enclose an area of 17.905 sq units (to 3 dp) so an ellipse of 15 units' perimeter will meet the requirements.
12+12+15+15=54
If it's a rectangle then:- Area = 15*12 = 180 square units Perimeter = 15+15+12+12 = 54 units of measurement
The perimeter is not going to have sq units. If the perimeter of a square is 15 units then the area would be 14.0625units squared.
The dimensions work out as length 15 units and width 8 units Check: 2*(15+8) = 46 units which is its perimeter
Perimeter: 15+20+25 = 60 units
49.5 units
Perimeter = 15+10+15+10 = 50 units of measurement.
Yes but not a square (or rectangle). A quadrilateral with an area of 16 sq units must have sides of at least 4 units and so a perimeter of at least 16 units. However, a circle of perimeter 15 units will enclose an area of 17.905 sq units (to 3 dp) so an ellipse of 15 units' perimeter will meet the requirements.
12+12+15+15=54
The perimeter is the one around it so it is 12 + 12 + 15 + 15. Lower it to 24 + 30. The answer is 54.
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.
The dimensions are 4 units by 15 units
3*15 = 45 units.