Q1) Given f(x) =x + 6. What is f(4)? [ f(4) = 10]

Q1) Given h(x) =x + 7. What is h(3)? [ h(3) = 10]

Q1) g(x) =$3 \over{x^ 3 + 10}$ Solve for g(x)= $\frac{3}{353}$. [ 7]

Q2) Given f(x) =x + 6. What is f(9)? [ f(9) = 15]

Q2) g(x) =$5 \over{x^ 3 -9}$ What is g(8)? [ $\frac{5}{503}$]

Q2) f(x) =$7 \over{x^ 2 + 2}$ Solve for f(x)= $\frac{7}{146}$. [ 12]

Q3) Given g(x) =x -4. What is g(8)? [ g(8) = 4]

Q3) g(x) =$8 \over{x^ 3 -10}$ What is g(3)? [ $\frac{8}{17}$]

Q3) h(x) =$x^ 3 -6.$ Solve for h(x)=210. [ x = 6]

Q4) Given h(x) =x -8. What is h(5)? [ h(5) = -3]

Q4) f(x) =$x^ 3 + 4.$ What is f(-5)? [ -121]

Q4) h(x) =$x^ 2 -7.$ Solve for h(x)=93. [ x = -10]

Q5) Given f(x) =x -7. What is f(9)? [ f(9) = 2]

Q5) g(x) =$9 \over{x^ 2 -10}$ What is g(10)? [ $\frac{1}{10}$]

Q5) f(x) =$4 \over{x^ 2 -2}$ Solve for f(x)= $\frac{2}{49}$. [ 10]

Q6) Given h(x) =x + 4. What is h(6)? [ h(6) = 10]

Q6) Given f(x) =x -10. What is f(8)? [ f(8) = -2]

Q6) f(x) =$4 \over{x^ 3 + 10}$ Solve for f(x)= $\frac{2}{37}$. [ 4]

Q7) Given g(x) =x -4. What is g(2)? [ g(2) = -2]

Q7) f(x) =$x^ 2 -2.$ What is f(-9)? [ 79]

Q7) g(x) =$2 \over{x^ 3 + 2}$ Solve for g(x)= $\frac{2}{345}$. [ 7]

Q8) Given h(x) =x + 5. What is h(9)? [ h(9) = 14]

Q8) f(x) =$10 \over{x^ 2 + 3}$ What is f(6)? [ $\frac{10}{39}$]

Q8) h(x) =$3 \over{x^ 3 + 4}$ Solve for h(x)= $\frac{3}{31}$. [ 3]

Q9) Given g(x) =x + 4. What is g(3)? [ g(3) = 7]

Q9) h(x) =$x^ 2 + 10.$ What is h(2)? [ 14]

Q9) f(x) =$x^ 2 -3.$ Solve for f(x)=61. [ x = 8]

Q10) Given g(x) =x -7. What is g(6)? [ g(6) = -1]

Q10) h(x) =$x^ 3 -9.$ What is h(-8)? [ -521]

Q10) g(x) =$9 \over{x^ 2 + 10}$ Solve for g(x)= $\frac{9}{26}$. [ 4]