Network Theory And Analysis - Practice Test

(A) $$frac{{64}}{{63}}{ ext{V}}$$

(B) $$1,{ ext{V}}$$

(C) $$frac{{63}}{{64}}{ ext{V}}$$

(D) $$frac{{32}}{{63}}{ ext{V}}$$

(A) $$frac{{64}}{{63}}{ ext{V}}$$

(A) $$frac{1}{4}{e^{ - t/4}}uleft( t ight)$$

(B) $$frac{1}{4}{e^{ - 4t}}uleft( t ight)$$

(C) $$frac{1}{2}{e^{ - 1/2t}}uleft( t ight)$$

(D) $$frac{1}{2}{e^{ - 2t}}uleft( t ight)$$

(A) $$frac{1}{4}{e^{ - t/4}}uleft( t ight)$$

(A) Value of current through the resistor

(B) Direction of current through the resistor

(C) Value of resistor

(D) E.m.f. in the circuit

(B) Direction of current through the resistor

(A) By removing voltage sources along with their internal resistances

(B) By short circuiting the given two terminals

(C) Between any two open terminals

(D) Between same short terminals as for E th

(D) Between same short terminals as for E th

(A) Zero internal resistance

(B) Open circuit voltage equal to the voltage on full load

(C) Terminal voltage in proportion to current

(D) Terminal voltage in proportion to load

(A) Zero internal resistance

Network Theory And Analysis - Study Mode