| 134387 | Replace … by … in the geometric series to find a series… | Easy | |
| 134389 | Multiply the series … and find the product by comparing with equation… | Easy | |
| 134390 | Start with the fraction | Easy | |
| 134391 | Find the repeating decimal for … and read off | Easy | |
| 134392 | From the fact that every … goes evenly into a power … | Easy | |
| 134393 | Explain why … cannot be a fraction (the number of zeros increases) | Easy | |
| 134395 | From the geometric series, the repeating decimal … equals what fraction | Easy | |
| 134397 | Find the square of … as an infinite series | Easy | |
| 134399 | | Easy | |
| 134401 | | Easy | |
| 134403 | | Medium | |
| 134405 | | Medium | |
| 134407 | | Medium | |
| 134408 | Multiply the series for … and … to find the coefficients of… | Medium | |
| 134409 | Compare the integral of … to equation (13) and find | Medium | |
| 134410 | What fractions are close to … and | Medium | |
| 134411 | Find the first three terms in the series for | Medium | |
| 134419 | The differential equation … starts from | Medium | |
| 134421 | In a bridge game, what is the average number … of deals… | Medium | |
| 134422 | Show that … is ridiculous | Medium | |
| 134423 | Find a series for … by choosing … in (10b) | Deep | |
| 134425 | To four decimal places, find the angle whose tangent is | Deep | |
| 134427 | How many terms of the series … are needed before the first… | Deep | |
| 134428 | If … and …, then the tangent of … is | Deep | |
| 134429 | Find one decimal of … beyond … from the series for … | Deep | |
| 134431 | From equation (10a) what is | Deep | |
| 134434 | | Easy | |
| 134436 | | Easy | |
| 134438 | | Easy | |
| 134442 | | Easy | |
| 134444 | | Easy | |
| 134450 | | Easy | |
| 134452 | | Easy | |
| 134454 | | Medium | |
| 134456 | Compute the sum … for other “telescoping series”: (a) … (b) | Medium | |
| 134457 | In the integral test, what sum is larger than … and what… | Medium | |
| 134458 | Comparing sums with integrals, find numbers larger and smaller than …s_n=1+\frac{1}{3}+\cdots+\frac{1}{2n-1}\text{ and… | Medium | |
| 134459 | Which integral test shows that … converges | Medium | |
| 134460 | Which integral test shows that … converges | Medium | |
| 134462 | | Medium | |
| 134463 | | Medium | |
| 134464 | | Medium | |
| 134465 | | Medium | |
| 134466 | | Medium | |
| 134467 | | Medium | |
| 134468 | | Medium | |
| 134469 | (a) Explain why … is positive by using rectangles as in Figure… | Medium | |
| 134470 | In the harmonic series, use … to show that … needs more… | Medium | |
| 134471 | (a) Show that … by adding … to both sides | Medium | |
| 134472 | Every second a computer adds a million terms of | Medium | |