| 133223 | Find a function … such that | Deep | |
| 133508 | Find the second derivative of … and also of | Deep | |
| 133510 | In 28, the limit for … is twice as large as for… | Deep | |
| 133561 | | Deep | |
| 133563 | | Deep | |
| 133567 | Find a function that solves … with | Deep | |
| 133661 | Find the limit of … as | Deep | |
| 133663 | Find linear approximations near … for … and | Deep | |
| 133665 | An ant crawls at 1 foot/second along a rubber band whose original… | Deep | |
| 132554 | Give an example of oscillation that does not come from physics | Deep | |
| 132555 | Explain the second derivative in your own words | Deep | |
| 132592 | Draw a figure like 2.13 to explain the square rule | Deep | |
| 132599 | Explain in your own words why the derivative of … has two… | Deep | |
| 133075 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133076 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133077 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133078 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133079 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133080 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133082 | The derivative of … is … | Deep | |
| 133084 | (a) You walk in a train at 3 miles per hour | Deep | |
| 133086 | (Computer) Graph … and …—not much difference | Deep | |
| 133165 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133166 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133167 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133168 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133169 | Solving … is a large part of applied mathematics | Deep | |
| 133170 | (a) Show by example that … is not | Deep | |
| 133171 | Newton's method solves … by applying a linear approximation to …: …f^{-1}(0)\approx… | Deep | |
| 133172 | If the demand is … when the price is …, then the… | Deep | |
| 133173 | If … show that the derivative of … is | Deep | |
| 133174 | For each number … find the maximum value of | Deep | |
| 133175 | (for professors only) If … is the maximum value of …, prove… | Deep | |
| 133176 | Suppose the richest … percent of people in the world have … | Deep | |
| 133221 | Differentiate … to find the slope of … in a new way | Deep | |
| 133225 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133227 | Find … and … and … at … and | Deep | |
| 133506 | The unknown constant in the slope of … is | Deep | |
| 133659 | For any power …, Problem 6.2.59 proved … for large | Deep | |
| 133671 | Compute … by either rule with …, and compare with the value… | Deep | |
| 133806 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133807 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133808 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133809 | The instruction for this exercise is printed above it in the book… | Deep | |
| 133810 | Compute … and | Deep | |
| 133812 | A cable hanging under its own weight has slope … that satisfies… | Deep | |
| 133814 | A solitary water wave has a shape satisfying the … equation | Deep | |
| 133816 | Derive … from (5) | Deep | |