X greater than or equal to -4 and x less than or equal to 3
(1/8)^-3
First apply the exponent to the numerator and denominator
(1^-3/8^-3)
Then flip the fraction to get rid of negative exponents
8^3/1^3
Then evaluate exponents
512/1
Divide the numerator by the denominator
512
Final answer: 512
We can change the law of sines a little bit to match our problem.

We know what angle Y is and what side y is, so let's use that along with angle Z and side z:

Plug in what we know:

Multiply 'z' to both sides:

Divide sin(51)/2.6 to both sides:

Plug it into your calculator.
Part A
See the image labeled "part A". We'll use the values marked in blue and red for f(2) and g(2) respectively. These values are the function outputs when the input is x = 2.
(f-2g)(x) = f(x) - 2*g(x)
(f-2g)(2) = f(2) - 2*g(2)
(f-2g)(2) = 1 - 2*3
(f-2g)(2) = -5
Answer: -5
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Part B
See the image labeled "part B". We'll use the values marked in blue and red for g(-1) and f(0) respectively.
We have to start with g(-1) and then chain it to finding f(0) afterward.
g(-1) = 0
f(g(-1)) = f(0) = 9
Answer: 9
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Part C
See the image labeled "part C". We'll use the values marked in blue and red for g(-2) and g(-3) respectively.
Because g(-2) is the innermost function, it must go first, then g(-3) can go next.
g(-2) = -3
g(g(-2)) = g(-3) = 8
Answer: 8
15. If u take 8 and divide it by 12 then u get 3/4. Then multiply 21 by 3/4 (or .75) and it gives you 15.75. Since u can't win three quarters of a game, u round it down to 15