1. Thevenins’s theorem
2. Maximum power transfer theorem
3. Millman’s theorem
4. Superposition theorem
Millman’s theorem
No Explanation available for this question
1. Zero
2. 80 W
3. 125 W
4. 405 W
80 W
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1. 48 V
2. 24 V
3. 36 V
4. 28 V
28 V
No Explanation available for this question
1. A/C
2. AD/BC
3. AB/DC
4. D/C
A/C
No Explanation available for this question
1. 1/s4+3s2+1
2. 1/s(s2+2)
3. s4+3s2+1/s2+2s
4. None of these
s4+3s2+1/s2+2s
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1.
2.
3.
4.
No Explanation available for this question
1. 200 V
2. 100 V
3. Zero
4. -100 V
100 V
No Explanation available for this question
1. s2 + s + 4/s2 + 4s
2. 2s2 + s + 4/s2 + 4s
3. 2s2 + s + 4/s2 + 2s
4. None of these
2s2 + s + 4/s2 + 4s
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1. the various tasks belong to the same job
2. tasks are performed in various facilities
3. acts as a constraint for scheduling
4. emphasis is on the technological order
5. all of these
all of these
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1. LANs (local area networks)
2. the microiprocessor
3. turnkey sustems
4. development of a more efficient display controller
the microiprocessor
No Explanation available for this question