On the toleranced rectangle below, what is the tolerance within which the to be parallel to the bottom surface? 7.002
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- On the toleranced rectangle below, state the tolerance within which the top surface must be flat. 1.000 1.010 1.010 1.000 There is no tolerance within which the top surface must be flat O .010What is the worst-case distance between the bottom surface of the slot and the bottom surface of the part in the drawing below? B 4.000-4.020 O 1.475 O 1.450 O 2.950 O 1.500 O 1.030 4.00 0.010MABM 1.000-1.010 2.00 AWhat is the worst-case distance between the bottom surface of the slot and the bottom surface of the part in the drawing below? B 4.000-4.020 1.475 O 1.030 2.950 B 4.00 O 1.450 O 1.500 1.000-1.010 .010M ABM 2.00 A
- II. Comprehensive questions. 1. Explain the meaning of the following annotations, the tolerance zone, and explain the difference of geometrical tolerance zone in each team. 100,01| A 00,01 A (1) (2) The answer is as follows:Show the tolerance zone created by each of the given tolerance specfication. Superimpose the tolerance zone on the given drawing.In order to measure the extension of perfection in the mesh, the method of skewness is used.
- 15 The volume of a rectangular solid is determined from measurements of its length, height and breadth. If they are 100+ 1 mm, 50 ± 0.5 mm and 40 0.5 mm, what will be the volume and the average error? 2 0.4 10Information such as tolerances and scale can be found in the________ of an engineering drawing.When no geometric tolerance is specified, the size tolerance controls the well as the size. O form orientation O profile O position as
- Tolerance Table All dimensions in inches 15.00 + 0.25 11.0 + 0.4 3.1 X.X +0.1 3.100 X.XX +0.05 Х.XXX +0.001 All units in cm All units in cm All units in inches 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 2.54 cm. C 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. Show all your work. 1. Nominal height = cm %3D 2. Minimum height = cm %3D 3. Maximum height cm7. This problem relates to tolerance stack-up using the absolute tolerance system, as explained in section 1-14. In the figure below, specified dimensions are as follows (all units in inches): a d 1.750 + 0.001 2.000 + 0.003 3.200 + 0.005 ?+0.010Given the following sentence descriptions of the geometric tolerance information, correctly sketch the feature control frames for each and include in your lab report. i. The planar surface must be parallel within a thousandth of an inch tolerance zone relative to datum feature A. ii. The axis of a cylinder must be perpendicular within one- hundredth of a millimeter cylindrical tolerance zone at maximum material condition relative to datum feature D. iii. The total runout of the surface must be within a five- hundredths of a millimeter tolerance zone relative to datum feature A. 13 iv. The total surface profile of the surface must be within a two-thousandths of an inch tolerance zone relative to datum feature A. v. The axis of a hole must be positioned within a five- thousandths of a millimeter cylindrical tolerance zone at maximum material condition relative to primary datum feature D, secondary datum feature E, and tertiary datum feature F.