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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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13Complete problems only, with worked solutions first. Show everything
| # | Title | Difficulty | |
|---|---|---|---|
| 133604 | Your income is … per year | Deep | |
| 133606 | Is a variable rate mortgage with … for 20 years better or… | Deep | |
| 133608 | If … what is | Deep | |
| 133610 | The solutions to … converge to … ____ provided … is ____ | Deep | |
| 133611 | Suppose the time unit in … changes from minutes to hours | Deep | |
| 133612 | True or false, when … and … both satisfy | Deep | |
| 133613 | If Newton's coffee cools from … to … in 12 minutes (room… | Deep | |
| 133614 | If … and … and …, what is | Deep | |
| 133603 | You can afford payments of …100 per month for 48 months | Deep | |
| 133605 | If a student loan in your freshman year is repaid plus 20%… | Deep | |
| 133607 | At 10% instead of 8%, the $24 paid for Manhattan is worth… | Deep | |
| 133609 | Graph … when … and … is (a) below 4 (b) equal… | Deep | |
| 133615 | If … and … and …, what is | Deep |