Question 1044732
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The given information is that g(x) has a minimum at (1,-2)


The y coordinate of that min is what we'll focus on. Multiply that by -3 to get -3*(-2) = 6. The reason why we're multiplying by -3 is because it's being multiplied by the g(x) function.


Note: multiplying all of g(x) by a negative number will flip g(x) turning the min point into a max point. 


So we have -3*g(x). That's part of what makes up h(x). There's one more part: the -1 tacked on the end. So subtract 1 from that previous result of 6 to get 6-1 = 5


Therefore, the max of value of h(x) is <font color=red size=5>5</font>


Unfortunately I cannot provide the graph because it's not clear what function g(x) is.
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