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A.1. Combination misalignment is caused by A. misalignment by both offset and angle. B. both shafts offset vertically. C. both shafts offset horizontally. D. both shafts being located at an angle. A.2. You can usually check for a leak in a vacuum system by looking at or feeling A. for an air flow along the piping. B. at the exhaust of the vacuum pump. C. at the vacuum gauge at the vacuum pump. D. for signs of dirt on the piping. A.3. When you measure the voltage drop across a set of contacts, you're A. checking the quality of the contact set. B. sensing how much current is flowing in the circuit. C. measuring the equivalent motor resistance. D. checking the incoming voltages.

A.1. Combination misalignment is caused by A. misalignment by both offset and angle. B. both shafts offset vertically. C. both shafts offset horizontally. D. both shafts being located at an angle. A.2. You can usually check for a leak in a vacuum system by looking at or feeling A. for an air flow along the piping. B. at the exhaust of the vacuum pump. C. at the vacuum gauge at the vacuum pump. D. for signs of dirt on the piping. A.3. When you measure the voltage drop across a set of contacts, you're A. checking the quality of the contact set. B. sensing how much current is flowing in the circuit. C. measuring the equivalent motor resistance. D. checking the incoming voltages.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A.1. Combination misalignment is caused by
A. misalignment by both offset and angle.
B. both shafts offset vertically.
C. both shafts offset horizontally.
D. both shafts being located at an angle.
A.2. You can usually check for a leak in a vacuum system by looking at or feeling
A. for an air flow along the piping.
B. at the exhaust of the vacuum pump.
C. at the vacuum gauge at the vacuum pump.
D. for signs of dirt on the piping.
A.3. When you measure the voltage drop across a set of contacts, you're
A. checking the quality of the contact set.
B. sensing how much current is flowing in the circuit.
C. measuring the equivalent motor resistance.
D. checking the incoming voltages.

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