The area of the parallelogram is 36 inches square.
We have a parallelogram shaped window whose dimensions are as follows-
base (b) : 12 inches
height (h) : 
= 6 inches
Other side = 10 inches
We have to find the area of the window.
<h3>What is the formula to calculate the area of a parallelogram of given base (b) and height (h).</h3>
The area of the parallelogram is given by -
In the question given - We can apply the above formula to estimate the area of the window.
A = 
= 36 inches square.
Hence, the area of the parallelogram is 36 inches square.
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It is located at 2.45, almost exactly the middle
I'm pretty sure it's B. rotational
Answer:
A = 113. 097
Step-by-step explanation:
A = πr^2
A = π6^2
A = π x 36
<u>Answer:</u>
Height of cables = 23.75 meters
<u>Step-by-step explanation:</u>
We are given that the road is suspended from twin towers whose cables are parabolic in shape.
For this situation, imagine a graph where the x-axis represent the road surface and the point (0,0) represents the point that is on the road surface midway between the two towers.
Then draw a parabola having vertex at (0,0) and curving upwards on either side of the vertex at a distance of 
or 
, and y at 95.
We know that the equation of a parabola is in the form 
and here it passes through the point 
.
So new equation for parabola would be 
.
Now we have to find the height 
of the cable when 
.
y = 23.75 meters
