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15.00 +0.25 Engineering drawings with tolerances are shown below for three blocks: A All units in cm ↑ 11.0+ 0.4 All units in cm Calculate the nominal, minimum, and maximum height (in cm) of the three-cube stack shown at right. The cubes are stacked atop each other with no gaps between them. Pay special attention to units, and note that 1 inch equals exactly 2.54 cm. 1. Nominal height = 2. Minimum height= 3. Maximum height = A Hints: • For each cube, calculate the nominal, minimum, and maximum height using the nominal heights and tolerances provided in the three drawings. . Ensure that the cubes' heights and tolerances are all in the same units before adding them in the next step. • Add the three nominal heights to find the nominal height of the stacked cubes. Do the same for the three minimum heights and three maximum heights. The tolerance table for cube C does not apply to the drawings for cubes A • or B. B cm C 3.10 All units in inches cm 3.1 cm ??? As a reminder, do not round your intermediate results. But for your three final answers, round each height to the nearest 0.1 cm. Show all your work. No credit is awarded if work is not shown, but you do not have to show which digits are significant in your intermediate calculations for this problem. 3.100 Tolerance Table All dimensions in inches X.X +0.1 X.XX +0.05 X.XXX +0.001 с| B A

15.00 +0.25 Engineering drawings with tolerances are shown below for three blocks: A All units in cm ↑ 11.0+ 0.4 All units in cm Calculate the nominal, minimum, and maximum height (in cm) of the three-cube stack shown at right. The cubes are stacked atop each other with no gaps between them. Pay special attention to units, and note that 1 inch equals exactly 2.54 cm. 1. Nominal height = 2. Minimum height= 3. Maximum height = A Hints: • For each cube, calculate the nominal, minimum, and maximum height using the nominal heights and tolerances provided in the three drawings. . Ensure that the cubes' heights and tolerances are all in the same units before adding them in the next step. • Add the three nominal heights to find the nominal height of the stacked cubes. Do the same for the three minimum heights and three maximum heights. The tolerance table for cube C does not apply to the drawings for cubes A • or B. B cm C 3.10 All units in inches cm 3.1 cm ??? As a reminder, do not round your intermediate results. But for your three final answers, round each height to the nearest 0.1 cm. Show all your work. No credit is awarded if work is not shown, but you do not have to show which digits are significant in your intermediate calculations for this problem. 3.100 Tolerance Table All dimensions in inches X.X +0.1 X.XX +0.05 X.XXX +0.001 с| B A

Precision Machining Technology (MindTap Course List)
Precision Machining Technology (MindTap Course List)
2nd Edition
ISBN:9781285444543
Author:Peter J. Hoffman, Eric S. Hopewell, Brian Janes
Publisher:Peter J. Hoffman, Eric S. Hopewell, Brian Janes
Chapter3: Job Planning, Benchwork, And Layout
Section3.1: Understanding Drawings
Problem 9RQ: A dimension listed on an engineering drawing is known as the _______ _______.
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15.00 +0.25 Engineering drawings with tolerances are shown below for three blocks: A All units in cm ↑ 11.0+ 0.4 All units in cm Calculate the nominal, minimum, and maximum height (in cm) of the three-cube stack shown at right. The cubes are stacked atop each other with no gaps between them. Pay special attention to units, and note that 1 inch equals exactly 2.54 cm. 1. Nominal height = 2. Minimum height= 3. Maximum height = A Hints: • For each cube, calculate the nominal, minimum, and maximum height using the nominal heights and tolerances provided in the three drawings. . Ensure that the cubes' heights and tolerances are all in the same units before adding them in the next step. • Add the three nominal heights to find the nominal height of the stacked cubes. Do the same for the three minimum heights and three maximum heights. The tolerance table for cube C does not apply to the drawings for cubes A • or B. B cm C 3.10 All units in inches cm 3.1 cm ??? As a reminder, do not round your intermediate results. But for your three final answers, round each height to the nearest 0.1 cm. Show all your work. No credit is awarded if work is not shown, but you do not have to show which digits are significant in your intermediate calculations for this problem. 3.100 Tolerance Table All dimensions in inches X.X +0.1 X.XX +0.05 X.XXX +0.001 с| B A
Transcribed Image Text:15.00 +0.25 Engineering drawings with tolerances are shown below for three blocks: A All units in cm ↑ 11.0+ 0.4 All units in cm Calculate the nominal, minimum, and maximum height (in cm) of the three-cube stack shown at right. The cubes are stacked atop each other with no gaps between them. Pay special attention to units, and note that 1 inch equals exactly 2.54 cm. 1. Nominal height = 2. Minimum height= 3. Maximum height = A Hints: • For each cube, calculate the nominal, minimum, and maximum height using the nominal heights and tolerances provided in the three drawings. . Ensure that the cubes' heights and tolerances are all in the same units before adding them in the next step. • Add the three nominal heights to find the nominal height of the stacked cubes. Do the same for the three minimum heights and three maximum heights. The tolerance table for cube C does not apply to the drawings for cubes A • or B. B cm C 3.10 All units in inches cm 3.1 cm ??? As a reminder, do not round your intermediate results. But for your three final answers, round each height to the nearest 0.1 cm. Show all your work. No credit is awarded if work is not shown, but you do not have to show which digits are significant in your intermediate calculations for this problem. 3.100 Tolerance Table All dimensions in inches X.X +0.1 X.XX +0.05 X.XXX +0.001 с| B A
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