1. a maxima at x = 1 and minimum at x = 5
2. a maxima at x = 1 and minimum at x = -5
3. only maxima at x = 1 and
4. only a minimum at x = 5
only maxima at x = 1 and
1. 10 W and 0.0002
2. 20 W and 0.025
3. 10 W and 0.0025
4. 20 W and 0.04
10 W and 0.0025
1. An ideal impulse δ( t)
2. An ideal delayed impulse δ( t -τ)
3. An ideal step function u (t)
4. An ideal delayed step function u (t -τ)
An ideal delayed impulse δ( t -τ)
1. a/√3
2. a/√2
3. a√2
4. a√3
a/√3
1. 1.79 Ω (B) 2.1 Ω (C) 18.9 Ω (D) 3.1 Ω
2. 2.1 Ω
3. 18.9 Ω
4. 3.1 Ω
1.79 Ω (B) 2.1 Ω (C) 18.9 Ω (D) 3.1 Ω
1. P1=80MW+losses P2=20MW P3=20MW
2. P1=60MW P2=30MW+losses P3=30 MW
3. P1=40 MW P2=40 MW P3=40 MW+losses
4. P1=30 MW+losses P2=45 MW P3=45 MW
P1=80MW+losses
P2=20MW
P3=20MW
1. Three roots with nearly equal real parts exist on the left half of the s-plane
2. One real root is found on the right half of the s-plane
3. The root loci cross the jω axis for a finite value of k; k ≠ 0
4. Three real roots are found on the right half of the s-plane
Three roots with nearly equal real parts exist on the left half of the s-plane
1. POP D DAD H PUSH D
2. POP H DAD D INX H INX H INX H PUSH H
3. POP H DAD D PUSH H
4. XTHL INX D INX D INX D XTHL
POP H
DAD D
PUSH H
1. 168 mA
2. 108 mA
3. 20.54mA
4. 5.36 mA
5.36 mA
1. iM max= 12A and iA max = 10A
2. iM max = 12A and iM max = 2A
3. iM max = 10A and iA max = 12A
4. iM max = 10A and iA max = 8A
iM max= 12A and iA max = 10A