Since the largest area would be obtained by having adjacent sides equal to each other, and since a square is at least technically an equilateral rectangle, divide the perimeter of 72 by 4 to get sides of 18 and an area of 324.
It's impossible. The largest area for a rectangle with perimeter of 6 is 2.25, a perfect square with a length of 1.5 for each side. Any other combination yields a smaller area.
Very little. The only two things that they have in common are that they are normally associated with two dimensional figures and that their measures depend on the measures of the sides (or other dimensions, such as radii) of the shape in question. An area is a two dimensional characteristics of the shape, a perimeter is 1 dimensional; there is very little association between area and perimeter - you can have very tiny areas with huge perimeters eg a 0.00001m * 1000m rectangle would have an area smaller than an A4 sheet of paper, but would have a perimeter of just over 2 kilometres.
A rectangle minus a smaller rectangle which share a vertex.
you can't, unless the area was an odd number you can't, unless the area was an odd number
It's possible for the digit to be smaller. A square with 3 feet on each side will have a 9 square foot area and a 12 foot perimeter. It's pointless to compare area and perimeter. They have different units.
There are almost infinite possibilities as you get smaller and smaller
It is 5 units * 20 units. A smaller perimeter can be attained by a square but the question specified a rectangle.
27:55
It's impossible. The largest area for a rectangle with perimeter of 6 is 2.25, a perfect square with a length of 1.5 for each side. Any other combination yields a smaller area.
Yes. For instance, the rectangle measuring 1 by 10 has a perimeter of 22 and an area of 10, whereas the rectangle measuring 4 by 4 has a perimeter of 16 and an area of 16.
Perimeter = 24 and area = 27 . . . . . rectangle, 3 by 9 Perimeter = 32 and area = 15 . . . . . rectangle, 1 by 15
To answer this simply try a few out for yourself. In a 2x1 cm rectangle, the area is 2 cm squared and the perimeter is 6 cm In a 12x10 rectangle, the area is 120 cm squared and the perimeter is 44 cm. In some cases, the perimeter is larger and in others it is smaller. To answer your question, no, the perimeter of a rectangle is NOT always greater than its area.
if the rectangle is a square 18yd x 18yd, the area = 324 sq yd. that us the largest area. As one side gets smaller, the other side get larger.If the smallest length you can measure is 1 yd., the rectangle would be 1 yd. x yd 35 yd.= 35 sq. yd. IF you can draw a line .01 yd.long, the other side of the rectangle is 36.99 yd. long. .01 yd x 36.99 yd = .3599 sq yd. There is no smallest area, only a largest area.
11 x 12 rectangle has a larger perimeter = 46 units The 132 square unit area will give a square a perimeter of 45.9565 units
Sometimes. Experiment with a small square and with a large square (though any shape rectangle will do). A square of 4 x 4 has a perimeter of 16, and an area of 16. A smaller square has more perimeter than area. A larger square has more area than perimeter.
Answer: Yes. A polygon can have the same perimeter length but smaller area than another polygon. Answer: For congruent or similar shapes, no. For different shapes, yes. Consider, for example, a rectangle 3 x 1, and another rectangle 2 x 2. They have different areas, but the same perimeter.
No, the size of the perimeter and the area of a shape are not always directly related. For example, a circle with a small perimeter can have a larger area compared to a square with a larger perimeter. The area of a shape is determined by the size of its dimensions, whereas the perimeter is the sum of the lengths of its sides.