Term
| The accuracy of the indicator's measurement depends on the accuracy of the reference dimension. To eliminate this possible error, a(n) __________ is often used. |
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Definition
A. fixture plane
B. gauge block
C. dial caliper
D. micrometer |
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Term
| A ______________ is measurement tool that measures parts dimensions by showing the amount of distance its probe moves when placed against the part. |
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Definition
A. caliper
B. micrometer
C. rule
D. dial indicator
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Term
| A ____________ is the total amount by which a specified dimension is allowed to vary and still be considered a good part. |
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Definition
A. dimension
B. gauge
C. tolerance
D. comparsion |
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Term
| A _______________ avoids the errors of the hand-held instruments by locating the parts in the same place each time a measurement is made. |
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Definition
A. dimensional gauge
B. fixture
C. variable gauge
D. go on-go gauge
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Term
| The advantage of __________ is that they are easy to use and very low in cost. |
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Definition
A. check sheets
B. hand-held data collectors
C. stationary data acquisition equipment
D. all of the above |
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Term
The process of zeroing the probe using a part that has been found to be a precise length is known as _____________.
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Definition
A. indirect comparsion
B. direct comparsion
C. mastering
D. setting |
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Term
| The dial indicator makes measurements using the ____________ method. |
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Definition
A. Indirect comparsion
B. Direct comparsion
C. self mastering
D. external mastering |
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Term
| ______________ measures the difference between an object's dimension and an object of known length. |
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Definition
A. dimensional gauging
B. tolerance comparsion
C. direct comparsion
D. indirect comparsion |
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Term
| A digital indicator uses the ___________ method to determine the measurement of a part. |
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Definition
A. Indirect comparsion
B. Direct comparsion
C. mastering
D. all of the above |
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