.What is the relation of the copper loss and brush contacts with the total loss in universal commutator motors? a) copper loss and brush contacts = total loss b) copper loss and brush contacts = total loss/2 c) copper loss and brush contacts = total loss * 2 d) copper loss and brush contacts = total loss * 3

SHUBHANGI MAHAJANEnlightened

Answer: b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

Answer: b

See lessExplanation: The copper loss and brush contact loss is being compared with the total

loss in order to deduce equations. The copper loss and brush contact loss is half the

total loss.

b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

b

See lessExplanation: The copper loss and brush contact loss is being compared with the total

loss in order to deduce equations. The copper loss and brush contact loss is half the

total loss.

B Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss

B

See lessExplanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss

Answer: b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

Explanation: The copper loss and brush contact loss is being compared with the total

loss in order to deduce equations. The copper loss and brush contact loss is half the

total loss.

b) Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

b)

See lessExplanation: The copper loss and brush contact loss is being compared with the total

loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

b Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss

b

Explanation: The copper loss and brush contact loss is being compared with the total

loss in order to deduce equations. The copper loss and brush contact loss is half the

total loss

See lessb Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

Explanation: The copper loss and brush contact loss is being compared with the total

loss in order to deduce equations. The copper loss and brush contact loss is half the

total loss.

The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

See lessAnswer: b

Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

See lesscopper loss and brush contacts = total loss/2

copper loss and brush contacts = total loss/2

See lessB. Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

B.

Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

See lessb Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce an equation. The copper loss and brush contact loss is 2/3 times the total loss.

b

See lessExplanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce an equation. The copper loss and brush contact loss is 2/3 times the total loss.

B Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

B

Explanation: The copper loss and brush contact loss is being compared with the total loss in order to deduce equations. The copper loss and brush contact loss is half the total loss.

b

Explanation:

The copper loss and brush contact loss is being compared with the total

See lessloss in order to deduce equations. The copper loss and brush contact loss is half the

total loss.