Apply and Analyze

$q,$ Date $q,$

Class

$$

$10$

Industry Print Exercise $10-2$

Refer to the print PR $10-2$ and answer the questions below.

The basic depth of this part is ${\mathrm{.}715}^{\text{'}\text{'}}.$ What is the tolerance on that dimension? $q,,003$

In the auxiliary section view, there is a chamfer note. What is the tolerance on the chamfer?

$q,$

The central, smallest hole has a target size of ${\mathrm{.}1577}^{\text{'}\text{'}}.$ What is the tolerance on that hole?

$q,\mathrm{.}004/-.001q,$

What is the MMC of a mating part for a clearance fit within this same hole featuring an allowancecof $\mathrm{.}0006"?$

$q,$

What is the maximum material condition of the largest body diameter of this part?

$q,$

What is the angular tolerance for angles, unless otherwise specified? $q,$

What is the tolerance of the diameter dimension that has a tolerance expressed in a bilateral expression, but not equilateral?

$q,$

There are four symbols on this print that have letters enclosed in squares, each with a stem leadingto a filled triangle. What do these symbols represent?

$q,$

How many notes indicate a unilateral tolerance for rounding a corner $"$up to$"$ a certain amount?

$q,$

In the view that is furthest to the right, a $1\mathrm{.}323$ diameter dimension is given. What is the least material condition of that feature? $q,$

Based on tolerances given, calculate the deepest value for the counterbore. $q,$

eview questions based on previous units:

Is Section B$-$B shown in alignment with other views, or is it shown as a removed view? $q,$

Use charts in Appendix D of this text to identify the major diameter of the four threaded holes.

$q,$

How many cutting planes are indicated? $q,$

Are there any reference dimensions on this print?

NOTES:

BREAK ALL SHARP CORNERS WHERE POSSIBLE,

ALL POINTS LYING WITHIN THE $\frac{O}{.}969$ MUST BE FLUSH TO $.0005$ BELOW $($CONCAVE$)$ THE PLANE DEFINED BY THE AREA BETWEEN $\frac{O}{.}969$ AND $\frac{O}{1\mathrm{.}377}$

SECTION B$-$B

UNLESS OTHERWISE NOTED, TOLERANCES ARE AS FOLLOWS

DECIMAL:

$x^{xx}=+-{\mathrm{.}01}^{\text{'}\text{'}}$

$xxx=+-{\mathrm{.}005}^{\text{'}\text{'}}$

ANGULAR

$+-1$

SECTION B$-$B

BROWN ENGINEERING

$\backslash$table$[[$DiscoriptoN$],[**),{?}^{\text{P}\text{o}\text{n}\text{P}\text{A}\text{W}-1211},,],[,$ano,,Nepo$],[$souke $2$:$1,,,],[,5798-22,$A$,$C$]]$

Goodheart$-$Willcox Publisher

PR $10-2.$ Porting Plate Inlet