You cannot in a whole number of metres. If the rectangle has sides of length L metres and W metres, its perimeter is 2*(L+W) metres. Since L and W are whole numbers then L+W must be a whole number and so 2*(L+W) must be an even number. 15, unfortunately, is not an even number - in metres.
However, 15 metres IS an even number in decimetres (or smaller units). So a rectangle with sides of x decimetres and 75-x decimetres, where x is any integer between 0 and 75, would meet the requirements.
Type your answer here... give the dimensions of the rectangle with an are of 100 square units and whole number side lengths that has the largest perimeter and the smallest perimeter
the old perimeter is 17 * 2 The old perimeter = 38
It is 5 units * 20 units. A smaller perimeter can be attained by a square but the question specified a rectangle.
No it is not possible the dimensions are 200 by 1/2
it is 14
Type your answer here... give the dimensions of the rectangle with an are of 100 square units and whole number side lengths that has the largest perimeter and the smallest perimeter
1,8 2,7 3,6 4,5
A 6 by 4 rectangle will have a perimeter of 20 units
the old perimeter is 17 * 2 The old perimeter = 38
You can't tell the dimensions from the perimeter. There are an infinite number of different rectangles, all with different lengths and widths, that all have the same perimeter.
It is 5 units * 20 units. A smaller perimeter can be attained by a square but the question specified a rectangle.
Yes, the perimeter or area of a rectangle can be an irrational number. Thanks
w 20; l 30
A perimeter is the sum of the lengths of all of the sides to a shape. Therefore, there is no actual number of sides a perimeter can have. A shape has sides. Its perimeter is just a number. If rectangle, then 4 sides. If pentagon, then 5 sides. If hexagon, then 6 sides. If triangle, then 3 sides. If octagon, then 8 sides.
No it is not possible the dimensions are 200 by 1/2
Select any two whole numbers that sum to half of 26 = 13.
i think that it si 4x3 and it eqals 12