Given:
A rectangle has a length of 8 and a width of 4.
Four equal rectangles are drawn within that rectangle, creating the longest lengths possible for the rectangles.
To find:
The sum of the perimeters of two of these equal rectangles.
Solution:
We have to draw 2 lines which are bisecting the length and width respectively, to divide a rectangle in 4 equal parts with longest lengths.
Half of length 8 = 4
Half of width 4 = 2
It means each rectangle have a length of 4 and a width of 2.
Perimeter of a rectangle is
So, perimeter of each equal rectangle is 12 units.
Sum of the perimeters of two of these equal rectangles is
Therefore, sum of the perimeters of two of these equal rectangles is 24.
This is a square with area 36 in^2
So dimensions are 6 * 6 ins and perimeter = 24 ins.
I believe the answer is 2.
There are 100 cm in a meter so 100/50=2
2x9 = 18
the ladybug is 18 mm
Answer: Derrick wants an air conditioner in his living room. It is a rectangular room that measures 13 feet by 15 feet. The room is well insulated and is on the east side of the house. It has an 8-foot-high ceiling. How large of an air conditioner would this room require? Round to the nearest thousand BTUs, hope this helped :)
Step-by-step explanation: