149
| Sketches in (hopefully) order: | ||||
|---|---|---|---|---|
| 15950 | 149-01 | SHOW OPEN | 0:46 | BUMPER |
| -0- | ||||
| 12210 | 149-02 | MATHEMATICS R US: FUNCTION MACHINE | 3:48 | STUDIO |
| Smilin' Al offers a Function Machine. He demonstrates the 'minus 3' function and drops the price from $15 to $12 to $9 to $6 to $3 before a customer does him one better and walks off with the machine | ||||
| 15630 | 149-03 | MATHMAN: MULTIPLES OF 3 | 1:21 | ANIMATION |
| Mathman plays a video game in which he must eat only multiples of 3. | ||||
| 14271 | 149-04 | DOIN' NOTHIN I | 1:00 | STUDIO |
| In this split-screen format, a farmer drawls on about how multiplying or dividing a number by 1 does not change that number. | ||||
| 15660 | 149-05 | MATHMAN: EXTRA SHORT | 0:27 | ANIMATION |
| Before Mathman can begin his video game, Mr. Glitch eats him. | ||||
| 14070 | 149-06 | CELEBRITY KITCHEN | 6:41 | STUDIO |
| Celebrity Kitchen visits Superguy who demonstrates his function machine that helps him figure out how many eggs he needs for his cakes. | ||||
| 14272 | 149-07 | DOIN' NOTHIN II | 1:06 | STUDIO |
| In this split-screen format, a farmer drawls on about how adding or subtracting zero from any number does not change that number. | ||||
| 16930 | 149-08 | NEWSROOM INTERRUPT: 31 (WILD) | 0:07 | BUMPER |
| -0- | ||||
| 14810 | 149-09 | CABOT & MARSHMALLOW: SQ.PEGS IN RD.HOLES | 1:56 | STUDIO |
| Cabot explains the concept of rotational symmetry to Marshmallow by demonstrating how round and square pegs fit in a round or square hole in any direction. An odd shaped peg will go in only one way. | ||||
| 17530 | 149-10 | (NINES INTRO) LOGO | 0:08 | BUMPER |
| -0- | ||||
| 15870 | 149-11 | NINES | 2:34 | SONG |
| The cast sings a country music tune expressing the idea that the sum of the digits of any multiple of 9 always add up to 9 or a multiple of 9. | ||||
| 16430 | 149-12 | EB: ROTATIONAL SYMMETRY #1 | 0:23 | ANIMATION |
| This short animation uses a star to illustrate the concept of rotational symmetry. | ||||
| 11014 | 149-13 | MATHNET:PROBLEM OF THE PASSING PARADE-4 | 7:21 | MATHNET |
| In trying to decode Stringbean's musical message, the Mathnetters recognize that each note of the message corresponds to a tone/number on a touch-tone phone. | ||||
| Sketch Count: | 13 | |||
| Episode Length(may exclude credits): | 27:38 | |||
Notes: