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2X X 2 1. Since as from the left and as from the right, then is a vertical asymptote. Find where the expression is undefined.
Step 1 :equation at the end of step 1 : Find where the expression is undefined. Web int(x/(x^2+1))dx=1/2ln(x^2+1)+c int(x/(x^2+1))dx now d/(dx)(x^2+1)=2x so using int(f'(x))/(f(x))=ln|f(x)| we have int(x/(x^2+1))dx=1/2ln(x^2+1)+c (2) (2)(x2 −x+ 11) = ((2)×x2)− ((2)×. Since as from the left and as from the right, then is a vertical asymptote. Multiply each term within the parenthesis by the term outside the parenthesis: Web looking for a weekly babysitter we can commit to at least once per week (flexible on the day of the week) and the occasional help for a friday or saturday evening as well. Web see the entire solution process below:
Web int(x/(x^2+1))dx=1/2ln(x^2+1)+c int(x/(x^2+1))dx now d/(dx)(x^2+1)=2x so using int(f'(x))/(f(x))=ln|f(x)| we have int(x/(x^2+1))dx=1/2ln(x^2+1)+c Web int(x/(x^2+1))dx=1/2ln(x^2+1)+c int(x/(x^2+1))dx now d/(dx)(x^2+1)=2x so using int(f'(x))/(f(x))=ln|f(x)| we have int(x/(x^2+1))dx=1/2ln(x^2+1)+c Web see the entire solution process below: Multiply each term within the parenthesis by the term outside the parenthesis: Since as from the left and as from the right, then is a vertical asymptote. (2) (2)(x2 −x+ 11) = ((2)×x2)− ((2)×. Find where the expression is undefined. Step 1 :equation at the end of step 1 : Web looking for a weekly babysitter we can commit to at least once per week (flexible on the day of the week) and the occasional help for a friday or saturday evening as well.
