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.
The correct answer is B. (-1, 3)
Hope this helps :)
Answer:
we get
Step-by-step explanation:
We are given:
We need to find value of
First putting f(x) inside of g(x) and then putting x=2
Now putting x=2 to find
So, we get
The equation system is
1.25x+0.75 (92-x)=87.5
Solve for x
1.25x+69-0.75x=87.5
0.5x+69=87.5
0.5x=87.5-69
0.5x=18.5
X=18.5÷0.5
X=37 units of candy bras
(92-37)=55 units of water bottles
Mr's Powell's class sold more items
Let's look which class earned more
Mr's Powell's class earned
55×0.75=41.25
Mr's Rodman's class earned
37×1.25=46.25
So from above
Mr's Rodman's class earned more
Hope it helps!
Answer:
unknown
Step-by-step explanation:
im afraid i am missing some information
what are some common factors between the two numbers?
is there a function that these numbers are linked to?
is proportional relationships at play here?
if you could please answer these questions i will do my best to answer and edit this to show the correct answer, if you can send a picture of what you are working on, thanks :D