For this case we have that by definition, the area of a regular hexagon is given by:
Where:
L: It is hexagon side
According to the data of the statement we have:
Substituting:
Thus, the area of the hexagon is 
Answer:
The area of the hexagon is
Suppose we try to write out this problem symbolically:
a c 1
-- - --- = --- , b not equal to 5, d not equal to 5
b d 5
Unfortunately, this equation contains 4 unknowns (too many)
We could do a bit of guesswork here:
a c 1
-- - --- = --- , b not equal to 5, d not equal to 5
b d 5
8 6 2
--- - ----- = -----
10 10 10
This is true, but not all that wonderful, because all 3 fractions could be reduced and would then have denominator 5.
Answer:
π/4
Step-by-step explanation:
The reference angle will be the minimum of the absolute value of the angle, and the difference of that absolute value and pi.
ref angle = min(|-3π/4|, π -|-3π/4|) = min(3π/4, π/4)
ref angle = π/4
Answer:
10.9cm
Step-by-step explanation:
73mm in cm is 7.3 as there are 10mm in 1 cm
18.2 - 7.3 =10.9
Section A) The AROC for Part A is 4.
h(x) = 4 * 1. 4 is your answer.
Section B) The AROC for Part B is 1.
h(x) = 4 * 1. 4 is your answer.
Part A: (Above)
Part B: There is no greater average change, both X's AROC is 4.
A.R.O.C: (Average Rate of Change)
I think this is right. Not 100% though
