HW 2-2
- Due Sep 14, 2021 by 11:59pm
- Points 20
- Submitting a text entry box or a file upload
| Problems | What you should learn |
Solution For solution manual examples done with matrix equations, see bottom of this page: |
Similar Problems |
| 2.10 | Voltage Divider |
prob2-10s.pdf Download prob2-10s.pdf This problem is much easier if you combine the two resistors (4 and 6ohm) in parallel. See equation 2.33 on page 74 of your book, if you don't remember it from Physics, it's Ok, we will cover it again in Lecture (L2-3) Equivalent Circuits You can also do this problem without combining the resistors if you use two KVL and one KCL. Then write a matrix for the currents. Try it out and see if you get the same answer as above. You should, of course.... prob 2-10 furse.pdf Download prob 2-10 furse.pdf |
prob2-13s.pdf Download prob2-13s.pdf |
| 2.11 | KVL,KCL with dependent source |
prob2-11s.pdf Download prob2-11s.pdf More info: 2.11,27,28.pdf Download 2.11,27,28.pdf
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prob2-22s.pdf Download prob2-22s.pdf |
| 2.15 | KVL,KCL with current source | ||
| 2.16 | KVL,KCL with multiple voltage sources |
prob2-16s.pdf Download prob2-16s.pdf alternative method: prob 2-16 two loop method.pdf Download prob 2-16 two loop method.pdf |
prob2-21s.pdf Download prob2-21s.pdf |
| 2.24 | KVL,KCL with node voltages (and varying the ground) | prob2-24s.pdf Download prob2-24s.pdf |
prob2-20s.pdf Download prob2-20s.pdf |
| 2.27 | " |
prob2-27s.pdf Download prob2-27s.pdf More info: 2.11,27,28.pdf Download 2.11,27,28.pdf |
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| 2.28 | KVL,KCL and power |
prob2-28s.pdf Download prob2-28s.pdf More info: 2.11,27,28.pdf Download 2.11,27,28.pdf |
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