Q. What is the inverse of the functionh(x)=4−2x5+x?h−1(x)=□
Switching roles and setting up the equation: To find the inverse of the function h(x)=4−2x5+x, we need to switch the roles of x and h(x) and then solve for the new x. Let y=4−2x5+x. Now, switch x and y to get x=4−2y5+y.
Multiplying both sides to eliminate the fraction: Next, we need to solve for y in terms of x. To do this, we'll multiply both sides of the equation by (4−2y) to get rid of the fraction.(4−2y)x=5+y
Distributing x on the left side: Now, distribute x on the left side of the equation.4x−2xy=5+y
Moving terms to separate sides: Next, we want to get all terms involving y on one side and the constant terms on the other side. Let's move −2xy to the right side and 5 to the left side.4x−5=y+2xy
Factoring out y: Now, factor out y on the right side of the equation.4x−5=y(1+2x)
Isolating y: To isolate y, divide both sides of the equation by (1+2x).y=1+2x4x−5
Solving for the inverse function: We have now solved for y in terms of x, which gives us the inverse function.h−1(x)=1+2x4x−5