Top 150+ Solved Transmission and Distribution of Electrical Energy MCQ Questions Answer

From 31 to 45 of 101

Q. High voltage transmission lines use

a. suspension insulators

b. pin insulators

c. both (a) and (b)

d. none of the above

  • a. suspension insulators

Q. Multicore cables generally use

a. square conductors

b. circular conductors

c. rectangular conductors

d. sector-shaped conductors

  • d. sector-shaped conductors

Q. Distribution lines in India generally use

a. wooden poles

b. R.C.C. poles

c. steel towers

d. none of the above

  • b. R.C.C. poles

Q. The material commonly used for insulation in high voltage cables is

a. lead

b. paper

c. rubber

d. none of the above

  • b. paper

Q. The loads on distributors systems are generally

a. balanced

b. unbalanced

c. either of the above

d. none of the above

  • b. unbalanced

Q. The power factor of industrial loads is generally

a. unity

b. lagging

c. leading

d. zero

  • b. lagging

Q. Overhead lines generally use

a. copper conductors

b. all aluminium conductors

c. A.C.S.R. conductors

d. none of these

  • c. A.C.S.R. conductors

Q. In transmission lines the cross-arms are made of

a. copper

b. wood

c. R.C.C.

d. steel

  • d. steel

Q. The material generally used for armour of high voltage cables is

a. aluminium

b. steel

c. brass

d. copper

  • b. steel

Q. Transmission line insulators are made of

a. glass

b. porcelain

c. iron

d. P.V.C.

  • b. porcelain

Q. The material commonly used for sheaths of underground cables is

a. lead

b. rubber

c. copper

d. iron

  • a. lead

Q. The minimum clearance between the ground and a 220 kV line is about

a. 4.3 m

b. 5.5 m

c. 7.0 m

d. 10.5 m

  • c. 7.0 m

Q. Large industrial consumers are supplied electrical energy at

a. 400 V

b. 11 kV

c. 66 kV

d. 400 kV

  • c. 66 kV

Q. In a D.C. 3-wire distribution system, balancer fields are cross-connected in order to

a. boost the generated voltage

b. balance loads on both sides of the neutral

c. make both machine^ run as unloaded motors

d. equalize voltages on the positive and negative outers

  • d. equalize voltages on the positive and negative outers
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