Answer:
g(n) = 180 - 20(n-1)
Step-by-step explanation:
Since your has its g(1) value as 180, we put 180 in front. Then, we subtract 20 multiplied by n-1, n being the sequence number. For example, if the recursive function has recursed 3 times, we do 3-1, which is 2. We multiply 2 with 20, which is 40. Finally, we subtract 40 from 180, which is 140. This equation is equivalent to g(3) = 180 - 20(3-1). When the sequence has g(3), we clearly see the answer is 140. When we look at the sequence, the third number is 140, proving this equation correct.
No you did not
If original function is y= 3x-2 than inverse function is
3x=y+2 => x= (y+2)/3 than when we change the roles
we get inverse function y=(x+2)/3
Good luck!!!
<span>Simplifying
7z + 5p = 9
Reorder the terms:
5p + 7z = 9
Solving
5p + 7z = 9
Solving for variable 'p'.
Move all terms containing p to the left, all other terms to the right.
Add '-7z' to each side of the equation.
5p + 7z + -7z = 9 + -7z
Combine like terms: 7z + -7z = 0
5p + 0 = 9 + -7z
5p = 9 + -7z
Divide each side by '5'.
p = 1.8 + -1.4z
Simplifying
p = 1.8 + -1.4z</span>
Answer:
X = -14
All you have to do is type in 2(x+5)=(x-4) in to a algebra calculator and you will get -14
Answer:
13.994%
Step-by-step explanation:
please kindly check the attached files for explanation
