Homework assignments
Instructions:
You will be assigned two problems per class to be handed in for credit. The following instructions must be obeyed exactly.
1. On the class sign-in sheet, alongside your name there is a number, 1, 2, 3, ... etc. You will use this number for the whole semester.
2. Each assigned problem will be taken from the textbook, but one of the input numbers is replaced by a formula, so that you can calculate the value from your personal number. In this way, each student has a different value to work with.
3. Solve the problem, using your own input value, and calculate the answer to five significant figures, however many figures the numbers are given to in the problem.
4. The problems for each class will appear as an "Assignment" in Sakai. I suggest you work out the problem before logging on to Sakai. You will submit your answers on-line.
5. Your answer must be submitted before the next lecture. No late answers will be accepted.
6. Unless otherwise instructed, use the same units given in the problem e.g. if distances are given in meters use meters and take g to be 9.8 m/s2 exactly.
Example: Problem 1-12. The fastest growing plant on record is a Hesparoyucca whipplei that grew 3.7 m in 14 days. What was its growth rate in micrometers per second?
Your instructions are to replace 3.7 m with (3.0 + n/20) m. If you are number 37 on the class list, (3.0 + n/20) is (3.0 + 37/20) = 4.85 m. So you would work the problem using 4.85 m instead of 3.7 m.
Assigned Problems
| Date | Problem | Value | Replace with formula |
| 9/06/06 | 1-7 | 3000 m | (2000+3n) m |
| 1-12 | 3.7 m | (3.00 + n/20) m | |
| 9/11/06 | 2-106 | 1300 km/h | (1000+5n) km/h |
| 2-111 | 180 km | (1.800 + .005n) km | |
| 9/13/06 | 2-47 | 12 m | (12.00+n/10) m |
| 2-70 (b) | 100 m | (100 + 10n) m | |
|
and |
50 m | (50 + 5n) m | |
| 9/18/06 | 3-8 (b) | 5.2 km | (4.00+0.03n) km |
| 3-33 | 6.00 | 4.00 + n/50 | |
| 9/20/06 | 4-5 (a) | 50.0 min | (25.0+2n) min |
| 4-21 (b) | 0.19 s | (0.130+n/1000) s | |
| 9/25/06 | 4-53 | 10 m | (12.0+n/10) m |
| 4-118 | 90 s | (80+n/5) s | |
| 9/27/06 | 5-19 (b) | 900 kg | (800+n) kg |
| 5-85 (b) | 80 kg | (50+n/2) kg | |
| 10/02/06 | 6-7 (a) | 15 N | (15.0 + n/2) N |
| 6-104 (a) | 100 g | (80.0 + n) g | |
| 10/04/06 | 6-22 | 12 N | (13.0+n/10) N |
| 6-37 | 29 km/h | (20.0+n/10) km/h | |
| 10/11/06 | 7-51 (c) | 0.91 m | (0.50+n/100) m |
| 7-52 (d) | 210 N | (150 + n) N | |
| 10/16/06 | 7-26 (d) | 360 N | (300 + n) N |
| 7-41 | 122 N | (130 + n) N | |
| 10/18/06 | 8-6 (c) | 12.5 m | (13.0+n/10) m |
| 8-13 (a) | 130 km/h | (100.0+n/2) km/h | |
| 10/23/06 | 9-1 (a) | 4.0 kg | (3.5+n/10) kg |
| 9.9 (b) | 100 ms | (20 + n) ms | |
|
and |
300 ms | 3(20 + n) ms | |
| 10/25/06 | 9-26 (b) | 0.020 s | (0.010+n/1000) s |
| 9-55 (b) | 340 g | (250 + n) g | |
| 10/30/06 | 10-10 (b) | 4.0 rad/s2 | (2.00+n/100) rad/s2 |
| 10-22 (b) | 5.0 s | (6.0 + n/10) s | |
| 11/01/06 | 10-37 | 20 cm | (10.0+n/2) cm |
| 10-60 (a) | 280 rev/min | (150+2n) rev/min | |
| 11/06/06 | 11-4 (a) | 0.10 g | (0.100+n/200) g |
| 11-49 | 0.020 kg | (0.010+n/500) kg | |
| 11/08/06 | 12-3 | 35.0 cm | (10.0+n/4) cm |
| 12-23 (a) | 225 kg | (150 + n) kg | |
| 11/15/06 | 15-6 (all parts) | 0.75 s | (n/50) s |
| 15-19 (a) | 3.415 m/s | (2.0 + n/10) m/s | |
| 11/20/06 | 15-82 (c) | 70.0 cm | (80.0+n/10) cm |
| 15-85 (b) | 2.0 m/s2 | (2.0+n/10) m/s2 | |
| 11/27/06 | 16-5 (a) | 350 m/s | (300 + 2n) m/s |
| 16-15 (b) | 1.6x10-4 kg/m | (1.0+n/100)10-4 kg/m | |
| 11/29/06 | 17-51 | 2.44 m/s | (2.00+n/100) m/s |
| 17-52 | 45.0 m/s | (15.0 + n/2) m/s | |
| (Answer using 45 m/s | is 0.19530 MHz) | ||
| 12/04/06 | 18-7 | 340 K | (300 + 2n) K |
| 18-9 | 100.0oC | (50+2n) oC | |
| 12/06/06 | 18-27 | 23oC | (25 + n) oC |
| 18-40 | 130 cm3 | (75 + n) cm3 | |
| 12/11/06 | 19-7 (a) | 100 kPa | (40 + n) kPa |
| 19-18 | 1000 K | (400 + 10n) K |