Answer:
Step-by-step explanation:
The question is slightly ambiguous. The problem is, do you find the first 40 hours using 10x and then the second equation using x >40. I don't think so, but it should be made clear. It turns out that the first 40 hours does equal 400 so that you can use the second expression with no worries.
w(53) = 15(53 - 40) + 400
w(53) = 15(13) + 400
w(53) = 195 + 400
w(53) = 595
Answer:
a.
b. 3
c. 
d. 
Step-by-step explanation:
This is a simple quadratic formula "substitution".
Essentially what you do is replace the "b" in the formula given above, with a "b" value from your given choices, same goes for "a" and "c" values.
You replace them and then solve the quadratic formula equation.
Ex. For the first set of values in your question, you make the formula into:
And there you would solve normally.
2 squared is 4, so you get 4 - [4 * 5 * -6]
Which after solving leaves you with: 
Then you do Prime Factorization of 124, leaving you with: 
Then you apply the radical rule, leaving you with: 
Answer:
You made this up didn't you
Step-by-step explanation:
173452. I think that is it.
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