Antiderivatives and Integrals Warm-up Find a function whose derivative is:
Congratulations, you’ve just solved your first differential equations…  Almost. <ul><li>Solving Differential Equations: </...
Integrals Integration is the “inverse” of differentiation.
Helpful Integration Rules (p. 251)
Helpful Integration Rules (p. 251)
What about these:
Try these:
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1.28.08 Integration Intro

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1.28.08 Integration Intro

  1. 1. Antiderivatives and Integrals Warm-up Find a function whose derivative is:
  2. 2. Congratulations, you’ve just solved your first differential equations… Almost. <ul><li>Solving Differential Equations: </li></ul><ul><li>Find the antiderivative. </li></ul><ul><li>Write the General Solution . </li></ul>
  3. 3. Integrals Integration is the “inverse” of differentiation.
  4. 4. Helpful Integration Rules (p. 251)
  5. 5. Helpful Integration Rules (p. 251)
  6. 6. What about these:
  7. 7. Try these:

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