Worn-out shock absorbers or struts may cause:
A. Steering pull
B. Suspension bottoming
C. Excessive steering free play
D. Lateral chassis oscillations
Answer: B
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Describe field mapping
What will be an ideal response?
Using the percentage of design flow method, a system that leaks 100 CFM in a system with a design flow of 1,200 CFM has a leakage rate of:
A) 1,200 CFM/100 CFM = 12% leakage rate. B) 100 CFM/1,200 CFM = 8% leakage rate. C) 1,200 CFM - 100 CFM = 11% leakage rate. D) 100 CFM/(1,200 CFM - 100 CFM) = 9% leakage rate.
When performing a cylinder leakage test, the following statements are all correct EXCEPT ________
A) Air heard escaping through the tailpipe may indicate a defective exhaust valve B) Bubbles in the coolant may indicate a defective head gasket C) Shop air should be applied to the dipstick tube D) Shop air should be applied through the spark plug hole
Mixed format: 
(with a space between the whole number and the numerator)Fraction format: 
Reduce all fractions. A copper contact is insulated from its support with one piece of mica 
inch thick, two pieces of fiber that are each 
inch thick, and
height="39" align="middle" src="https://sciemce.com/media/4/ppg__examview__image2__00001_res__nr008-3.jpg" border="0"> inch of pressboard. The copper is 
inch thick, and the support is 
inch thick. What is the total thickness of copper, insulation, and support?
Fill in the blank(s) with the appropriate word(s).