what is the value of x so that the perimeter of the rectangle shown is at least 92 centimeters
The perimeter can have any value greater than 1008.1 feet
The perimeter of a rectangle is just the sum of the lengths of its sides, so taking half of each of the sides would make the total half of its original value also.
Information about the area is not enough to determine the perimeter. 640 acres is 1 sq mile. The smallest perimeter possible is if the area is in the shape of a circle and in that case the perimeter would be 3.54 miles = 18717 feet. If the area is a square the perimeter would be 4 miles = 21120 feet. If it is a rectangle, then any value greater than 4 miles.
This question cannot be answered sensibly. A square km is a measure of area, with dimensions [L2]. A length has dimensions [L]. Basic dimensional analysis teaches that you cannot convert between measures with different dimensions such as these without additional information. It is not possible to determine the perimeter of the rectangle either. Assuming the length is greater than the breadth, the length can have any value at all as long as it is at least equal to sqrt(319) km ie 17.86 km. Consequently the perimeter can be any value greater than (or equal to) 4 times the square root of 319 (in km). Length = 17.85 km gives breadth = 17.85 km and perimeter = 71.44 km or length = 178.5 km, breadth = 1.785 km and perimeter = 360.78 km or length = 1785 km, breadth =0.1785 km and perimeter = 3572.5 km etc.
Assuming you're measuring a rectangle... Okay - you know the length of one side (10m), and the perimeter (36m) The two sides you know total 20m, therefore the sum of the other two sides MUST equal 16m divided by 2 = 8m.
If you increase the rectangle's length by a value, its perimeter increases by twice that value. If you increase the rectangle's width by a value, its perimeter increases by twice that value. (A rectangle is defined by its length and width, and opposite sides of a rectangle are the same length. The lines always meet at their endpoints at 90° angles.)
A rectangle has no value - experimental or otherwise. Its area has a value, its perimeter, its aspect have values.
Possibly. The perimeter of a rectangle is the distance around the outside of the rectangle. A rectangle has four sides with opposite sides being congruent. The formula for finding the perimeter is Side A + Side B + Side A + Side B-Devon
The perimeter can have any value greater than 1008.1 feet
152 cm
Assuming x is one of the sides of he rectangle, any value greater than zero and less than 71/2.
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.
Yes, there is. The area of a rectangle sets a lower limit on its perimeter.If the area is A, then the quadrilateral shape with the smallest perimeter has sides of length sqrt(A). Therefore the minimum perimeter is 4*sqrt(A). The perimeter can have any value grater than that since the area of the rectangle can be maintained while making it thinner and longer and thus increasing its perimeter with out any upper limit.
The perimeter of a rectangle is just the sum of the lengths of its sides, so taking half of each of the sides would make the total half of its original value also.
If your shape is a rectangle then your y=30cm
Assuming that the length of a rectangle is greater than its breadth, any value L such that 15 ≤ L < 30 cm will do. Then breadth, B = 30 - L cm.
Any value greater than 6.25 feet.