Selected values of the continuous function h(x) are shown in the table following. Use the values...

  

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Selected values of the continuous function h(x) are shown in the table following. Use the values in the table to answer the x -5 -2 -1 2 3 4 6 12 15 h(x) 6 1 0 -3 -2 2 8 11 9 elect 9. Let h(x) = 6f(x+2) - 3. (a) Find f(4). (b) Find f(0). A(c) If f(k)=2, find k. 10. Let h(x)=-2g. (a) Find g(6). (b) If g(x) = 1, find x. (c) Put the following in order from least to greatest: g(-1), g(1), g(2). 11. Let h(x) be the function that results from applying three transformations to the graph of j in this order: 1 a horizontal dilation by a factor of 3, a vertical dilation by a factor of 2, and a vertical translation by - 4 units. (a) Find j(6). (b) Find j(-3). 12. Let w(x)=2h(x-3)+1 (a) Find w(-2). h(6). (b) Find w(h(-5)). Selected values of the continuous function h(x) are shown in the table following. Use the values in the table to answer the x -5 -2 -1 2 3 4 6 12 15 h(x) 6 1 0 -3 -2 2 8 11 9 elect 9. Let h(x) = 6f(x+2) - 3. (a) Find f(4). (b) Find f(0). A(c) If f(k)=2, find k. 10. Let h(x)=-2g. (a) Find g(6). (b) If g(x) = 1, find x. (c) Put the following in order from least to greatest: g(-1), g(1), g(2). 11. Let h(x) be the function that results from applying three transformations to the graph of j in this order: 1 a horizontal dilation by a factor of 3, a vertical dilation by a factor of 2, and a vertical translation by - 4 units. (a) Find j(6). (b) Find j(-3). 12. Let w(x)=2h(x-3)+1 (a) Find w(-2). h(6). (b) Find w(h(-5)).