Using Pythagoras the length of the diagonal in the rectangle is the square root of 149 or just over 12 cm
Yes, the lenght and/or width would have to be 2.5cm by 2cm
A rectangle and 2 circles. The two circles would be the top and bottom, while the rectangle would be the side.
You would also need to know the area of rectangle, along with the width in order to determine the length of the rectangle.
I don't think so because "rectangle" implies only properties of a rectangle, not a square. The rectangle would have to be a square to be regular.
The dimensions of a rectangle are: l = length, w= width, and a = area. For example, if the a of a rectangle was 24, and it said that the w was 1/2 of that, then the l would be 2, and w would be 12. Hope this helps! :)
Yes, the lenght and/or width would have to be 2.5cm by 2cm
either a rectangle or a square. but i think quadrilateral means all the sides are the same lenght.= so i would go with square.
Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!Every rectangle must have corners otherwise it would not be a rectangle!
To find the answer you would do 161 divided by 14 because width plus length equals area. You just do the problem backwards. the answer ends up being width=11.5cm
all you have to find out how much there is in a lenght so the unit would be the amount 12 or 43 any on the calculation
Millimeters.
millimeter
The perimeter of rectangle A would then be 80 because 80 to 100 is 4 to 5 simplified and the area of triangle A would depend on the sides and area of rectangle B which have not been given.
A millimetre.
The answer is no, if a rectangle's sides were congruent, it would be a square not a rectangle.
A rectangle with four equal sides would not be a rectangle, it would be a square. In a rectangle opposite sides are equal in length and are parallel.
That would be a rectangle.That would be a rectangle.That would be a rectangle.That would be a rectangle.