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Many real situations are modeled by the differential equation , where is a constant. Its solution is , with the initial value. If , the quantity grows exponentially; if , it decays exponentially. To use it, identify the rate of change, write , find from given data, and substitute the initial condition.
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13| # | Title | Difficulty | Source | Tags | |
|---|---|---|---|---|---|
| 176 | Carbon dating | Easy | Lemma | ||
| 412 | Falling for two seconds | Easy | Lemma | ||
| 414 | A capacitor discharges | Easy | Lemma | ||
| 415 | Continuous compounding | Easy | Lemma | ||
| 416 | Terminal velocity | Easy | Lemma | ||
| 418 | A drug's rate constant | Easy | Lemma | ||
| 419 | Cooling for ten minutes | Easy | Lemma | ||
| 420 | A pendulum's period | Easy | Lemma | ||
| 174 | Growth with a ceiling | Medium | Classical | ||
| 175 | A cooling cup of coffee | Medium | Lemma | ||
| 177 | Salt in a tank | Medium | Lemma | ||
| 413 | How long to triple? | Medium | Lemma | ||
| 417 | When is growth fastest? | Medium | Lemma |
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