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Q1. | Which of the following is a bilateral element? |

A. | Constant current source [Wrong Answer] |

B. | Constant voltage source [Wrong Answer] |

C. | Capacitance [Correct Answer] |

D. | None of the above [Wrong Answer] |

View Answer
Explanation:-
Answer : CDiscuss it below :Network Said on 2017-04-20 06:19:34LEX circuit is bilateral elements !! OOPS Login [Click here] is required to post your answer/resultHelp other students, write article, leave your comments |

**Also Read Similar Questions Below :**

⇒ While Thevenizing a circuit between two terminals, V

_{TH}is equal to

short-circuit terminal voltage.

open-circuit terminal voltage.

net voltage available in the circuit.

emf of the battery nearest to the terminals.

⇒ A, B, C and D represent the transmission parameters of a two-port network. When is the network reciprocal?

AB - CD = 1.

AD - BC = 1.

AB - CD = 0.

AD - BC = 0.

⇒ Efficiency of power transfer when maximum transfer of power occurs is

100%

80%

75%

50%

⇒ Application of Norton's theorm to a circuit yields

equivalent current source and impedance in series

equivalent current source and impedance in parallel

equivalent impedance

equivalent current source

⇒ Superposition theorem is applicable for:

Linear circuits only.

Non-linear circuits only.

Linear and non-linear circuits both.

None of these.

⇒ If the number of branches in a network is 'B', the number of nodes is 'N' and the number of dependent loops is 'L' then the number of independent node equations will be

N + L - 1

B - 1

B - N

N - 1

⇒ The circuit has resistors, capacitors and semi-conductor diodes. The circuit will be known as

non-linear circuit

linear circuit

bilateral circuit

none of the above

⇒ In nodal analysis, if there are N nodes in the circuit, then how many equations will be written to solve the network?

N - 1.

N + 1.

N.

N - 2.

⇒ "In any linear bilateral network, if a source of e.m.f. E in any branch produces a current I in any other branch, then same e.m.f. acting in the second branch would produce the same current I in the first branch".

The above statement is associated with

compensation theorem

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reciprocity theorem

none of the above

⇒ For a voltage source

terminal voltage is always lower than source e.m.f.

terminal voltage cannot be higher than source e.m.f.

the source e.m.f. and terminal voltage are equal

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is always a current source

neither a current source nor a voltage source

⇒ A network having one or more than one source of emf is known as____ network.

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a.c. circuits only

d.c. circuits only

both ac. as well d.c. circuits

⇒ The first and last critical frequency of an RC-driving point impedance function must respectively be

a zero and a pole

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⇒ The graph of an electrical network has N nodes and B branches. The number of links, L, with respect to the choice of a tree, is given by

B - N + l

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⇒ The superposition theorem is applicable to

voltage only

current only

both current and voltage

current voltage and power

⇒ Which of the following is not bilateral element?

Constant current source

Resistor.

Inductor.

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⇒ Aterininalwhere three on more branches meet is known as

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terminus

combination

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open circuit voltage equal to the voltage on full load

terminal voltage in proportion to current

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⇒ Kirchhoff's voltage law is concerned with

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battery emf.

junction voltage.

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⇒ The circuit having same properties in either direction is known as____circuit.

bilateral

unilateral

irreversible

reversible

⇒ A capacitor is generally a

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linear and bilateral component

non-linear and active component

⇒ Millman's theorem yields equivalent

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⇒ What is the number of chords of a connected graph G of n vertices and e edges?

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e - n - 1

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infinite internal resistance.

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⇒ The poles and zeroes of an all-pass network are located in which part of the s-plane?

Poles and zeroes are in the right half s-plane.

Poles and zeroes are in the left half s-plane.

Poles in right half and zeroes in left half of s-plane.

Poles in the left half and zeroes in right half of s-plane.

⇒ A delta circuit has each element of value R/2. The equivalent elements of star circuit with be

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⇒ In Thevenin's theorem, to find Z

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all independent voltage sources are open circuited and all independent current sources are short circuited

all independent voltage and current sources are short circuited

all independent voltage sources are short circuited and all independent current sources are open circuited

⇒ There are b branches and n nodes the number of equations will be

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b - n + 1

⇒ While determining R

_{TH}of a circuit

voltage and current sources should be left as they are.

all sources should be replaced by their source resistances.

all independent current and voltage sources are shortcircuited

none of the above