| 133269 | If … then the definite integral of … from … to … | Medium | |
| 133273 | Draw … from 0 to | Medium | |
| 133275 | Draw … for … with two rectangles under it (base 1/2) | Medium | |
| 133277 | (with calculator) For … take enough rectangles over … to convince any… | Medium | |
| 133279 | For … and … in the figure estimate the areas … and… | Medium | |
| 133306 | Prove by induction: | Medium | |
| 133308 | Suppose … has the form | Medium | |
| 133310 | Add … to the table for … and find the relative error… | Medium | |
| 133314 | Show that | Medium | |
| 133316 | The **double sum** … is … plus | Medium | |
| 133382 | | Medium | |
| 133392 | If … is increasing for … the difference … is the area… | Medium | |
| 133409 | What number … gives | Medium | |
| 133411 | (a) The averages of … and … from 0 to … are… | Medium | |
| 133415 | The average of … on the interval … approaches ______ as | Medium | |
| 133423 | If you roll three dice at once, what are the probabilities of… | Medium | |
| 133271 | The areas of 4, 8, and 16 rectangles were 10, 9, and… | Medium | |
| 133272 | Draw four rectangles with base 1 below the … line, and find… | Medium | |
| 133276 | Repeat Problem 21 for | Medium | |
| 133302 | True or false: (a) … (b) | Medium | |
| 133303 | The instruction for this exercise is printed above it in the book… | Medium | |
| 133304 | The antiderivative of … is | Medium | |
| 133305 | Induction: Verify that … is … by checking that … is correct… | Medium | |
| 133418 | (Computer experiment) Choose random numbers … between 0 and 1 until the… | Medium | |
| 133420 | A point … is chosen randomly between … and 1 | Medium | |
| 133443 | The instruction for this exercise is printed above it in the book… | Medium | |
| 133444 | The instruction for this exercise is printed above it in the book… | Medium | |
| 133445 | True or false (a) If … then | Medium | |
| 133446 | For …, locate … on a sine graph | Medium | |
| 133447 | Find the function … whose average value between … and … is… | Medium | |
| 133448 | Suppose | Medium | |
| 133449 | If … (equal areas left and right of zero), then … is… | Medium | |
| 133450 | Example 2 said that … does not really depend on … (or… | Medium | |
| 133451 | Find … from the facts in 28–29 | Medium | |
| 133452 | The instruction for this exercise is printed above it in the book… | Medium | |
| 133453 | The instruction for this exercise is printed above it in the book… | Medium | |
| 133454 | What is wrong with Figure 5.17 | Medium | |
| 133455 | The cube … has volume … ______ | Medium | |
| 133456 | The four-dimensional cube … has hypervolume … ______ | Medium | |
| 133457 | The hypervolume of a four-dimensional sphere is | Medium | |
| 133458 | The area above the parabola … from … to … is | Medium | |
| 133459 | The wedge in Figure (a) has area | Medium | |
| 133460 | … is also the area of a quarter-circle | Medium | |
| 133483 | To compute … with error less than …, how many intervals should… | Medium | |
| 133485 | Take … in error formula **3R** to prove that … is exactly… | Medium | |
| 133487 | For …, the leading error in the trapezoidal rule is ____ | Medium | |
| 133489 | Write down the three equations … for the three integrals | Medium | |
| 133491 | Show that … is the only combination of … and … that… | Medium | |