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ACR-206 Unit 10 Homework

Total questions: 12

Worksheet time: 6mins

Name
Class
Date
1.

Which of the following is considered electrical friction?

a)

Voltage

b)

Resistance

c)

Amperage

d)

Current

2.

An open circuit has what type of resistance?

a)

Short

b)

Infinite

c)

High

d)

Low

3.

Which of the following mathematical equations is obtained when Watt’s and Ohm’s laws are combined?

a)

Power = Voltage × Amperage

b)

Power = Voltage / Resistance

c)

Voltage = Power × Amperage

d)

Voltage = Amperage / Power

4.

What is generally an unwanted by-product of resistance?

a)

Amperage drops

b)

Light

c)

Heat

d)

Low amperage

5.

Which of these faults in the circuit would result in the circuit becoming intermittent?

a)

Fuse blown

b)

Loose connections

c)

Unintended path for current flow

d)

Unintended ground

6.

How are the power supply, circuit protection, and control device typically connected in a combination circuit?

a)

Series

b)

Parallel

c)

Wye formation

d)

Delta formation

7.

All of the following are classifications of circuit malfunction, EXCEPT:

a)

Opened

b)

Closed

c)

Shorted

d)

High resistance

8.

15. (a)   circuit breakers can be a non-cycling type that reset by removing power from the circuit.

Choose from the below words

Type 1

Type 2

Type 3

Type 4

9.

What mechanism is used to ensure that a pressure-sensitive switch latches into position regardless of the operator speed?

a)

Slow-acting mechanism

b)

Spring-loaded mechanism

c)

Momentary-contact mechanism

d)

Over-center mechanism

10.

Which of the following statements is true when the lead of a test light or common lead of the voltmeter is connected to chassis ground?

a)

A good fuse shows a very high resistance.

b)

A blown fuse has 0 volts on one side of the fuse.

c)

A good fuse has battery voltage on only one side of the fuse.

d)

A blown fuse has the same voltage on both sides.

11.

Calculate the voltage of a circuit that is rated as 1.5 amps and has a resistance of 2 ohms across it.

a)

3 volts (V = I × R = 1.5 × 2)

b)

0.75 volts (V = I × R = 0.5 × 1.5)

c)

1.5 volts (V = I × R = 1.5 × 1)

d)

2 volts (V = I × R = 2 × 1)

12.

Select one:

a)

3.5 V

b)

0.5 V

c)

3 V

d)

0.75 V