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- Evaluate each integral with the second fundamental theorem.\displaystyle\int_1^3 \left(6x^2 - 4x + 1\right)dx\displaystyle\int_4^9 \left(3\sqrt{x} - \dfrac{1}{\sqrt{x}}\right)dx\displaystyle\int_1^2 \left(\dfrac{4}{x^3} + x\right)dx\displaystyle\int_{-2}^{0} (x + 1)(x - 3)\,dx
- Evaluate each integral exactly.\displaystyle\int_0^{\pi/3} \left(\sec x\tan x + 3\sin x\right)dx\displaystyle\int_0^{\ln 2} 6e^{3x}\,dx\displaystyle\int_{-e^2}^{-e} \left(\dfrac{4}{x} + 1\right)dx\displaystyle\int_{-\sqrt{3}}^{1} \dfrac{6}{1 + x^2}\,dx
- Split each integral at its break.
- Aisha's robotic lawn mower runs back and forth along a straight hedge.
- Check each piece of work.
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The second fundamental theorem of calculus: the lesson ›More Chapter 8 worksheets: The fundamental theorem and antiderivatives
- 8.1The first fundamental theorem of calculus
- 8.2Graphing an accumulation function
- 8.3Antiderivatives and indefinite integrals
- 8.4The second fundamental theorem of calculus
- 8.5Antiderivatives of trig, exponential and log functions
- 8.6u-substitution
- 8.7Dividing before integrating
- 8.8Completing the square inside an integral
- 8.9Differential equations and their solutions