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What is the least possible area of a rectangle with a perimeter of 30 centimeters?
14 cm^3 (14+14+1+1=30 and 14*1=14cm^3)
Name as many names possible for a rectangle?
well the possible way is parallelogram
What is the answer of not a characteristic of a rectangle?
Only three sides is one possible answer.
What are the dimensions of a rectangle with an area of 196 square units?
As is, many answers are possible. If the rectangle is a square, the dimensions are 14 x 14.
What are all the possible names for a trapazoid?
trspazoid,parallaragram, rectangle, and squar
What is the area in centimeters of a rectangle with sides 3MM and 2MM?
The area of the rectangle is 6 mm2 which is 0.06 cm2 Unfortunately, due to the rules of dimensional analysis, it is not possible to give the answer in centimetres which is a measure of distance and not area.
Is it possible to draw a rectangle that is not a square?
it is possible to draw a square that is a rectangle?
What is the least possible area of a rectangle with a perimeter of 30 centimeters?
14 cm^3 (14+14+1+1=30 and 14*1=14cm^3)
How could you arrange 11 tles to identify the number as prime or not prime?
The only possible rectangle is 1 x 11, which identifies 11 as a prime number.
the width of a rectangle is w centimeters. the length of this rectangle is three times its width. the perimeter of the rectangle is greater than 64 centimeters. give the inequality that represents all possible values of w?
Let's set up an inequality to represent all possible values of the width (w) of the rectangle given the information provided. The length of the rectangle is three times its width, so the length (L) can be expressed as L = 3w. The perimeter (P) of a rectangle is given by the formula: P = 2(L + w). The perimeter is greater than 64 centimeters, so we have P > 64. Now, substitute the expression for L from step 1 into the perimeter formula from step 2: P = 2(3w + w) Simplify the expression inside the parentheses: P = 2(4w) P = 8w Now, we have the perimeter in terms of the width: P = 8w. We already know that P > 64, so we can write the inequality: 8w > 64 To isolate w, divide both sides of the inequality by 8: w > 64 / 8 w > 8 So, the inequality representing all possible values of the width (w) is: w > 8 This means that the width of the rectangle must be greater than 8 centimeters for the perimeter to be greater than 64 centimeters.
A rectangle of length 10centimetres and breadth 10centimetres can be possible or not?
It's definitely possible and is the special kind of rectangle called a square!
On a centimeter dot array draw all possible rectangles with an area of 16 sq cm and sides whose lengths are whole centimeters label the lengths of two adjacent sides of each rectangle?
How to do it
Is it possible to circumscribe every rectangle?
Yes.
What is the definition of volume of rectangle?
Not possible ! A rectangle is a two-dimentional shape. Volume is a measure of capacity.
Is it possible to circumscribe a 90 degree angle rectangle?
Yes and the diameter of the circle will be the diagonal of the rectangle.
Is it posibale for a parallelogram to ever be a rectangle why or why not?
No, but it is possible for a parallelogram to be a rectangle - when the angles are all 90 degrees.
Name as many names possible for a rectangle?
well the possible way is parallelogram
