Set Up Integral: Let's set up the integral that we need to solve.We need to integrate the function 2−yy with respect to y. The integral is written as:∫2−yydy
Perform Substitution: To solve this integral, we can perform a substitution. Let's let u=2−y, which means that du=−dy. We need to solve for dy to substitute it back into our integral. Solving for dy gives us dy=−du.
Substitute u and dy: Substitute u and dy into the integral.Our integral now becomes:∫2−yy(−du)Since y=2−u, we can substitute y as well to get:∫u2−u(−du)
Simplify Integral: Simplify the integral.The integral simplifies to:−∫(u2−u)duThis can be further simplified by splitting the square root into two parts:−∫u2−1du
Complex Integral: This integral is not straightforward to solve. We may need to use a trigonometric substitution or partial fractions to solve it. However, this is a complex integral that may not have a simple antiderivative in terms of elementary functions. We will need to use advanced integration techniques that are beyond the scope of this solution.
More problems from Add and subtract three or more integers