Mathematics for Machine Technology
7th Edition
ISBN: 9781133281450
Author: John C. Peterson, Robert D. Smith
Publisher: Cengage Learning
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Chapter 29, Problem 10A
To determine
(a)
The main scale setting.
The vernier scale setting.
To determine
(b)
The main scale setting.
The vernier scale setting.
To determine
(c)
The main scale setting.
The vernier scale setting.
To determine
(d)
The main scale setting for the minimum inside hole measurement.
The vernier scale setting for the minimum inside hole measurement.
The main scale setting for the maximum inside hole measurement.
The vernier scale setting for the maximum inside hole measurement.
To determine
(e)
The maximum inside hole measurement.
The minimum inside hole measurement.
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Chapter 29 Solutions
Mathematics for Machine Technology
Ch. 29 - Measure this line segment to the nearest 164.Ch. 29 - A hole has a diameter of 13.741 mm 0.002mm+0.005mm...Ch. 29 - For the measurement 74.38 mm, find (a) the degree...Ch. 29 - Express 87.6 inches as feet.Ch. 29 - If 1450 parts can be produced in 15.35 hours, how...Ch. 29 - Prob. 6ACh. 29 - Prob. 7ACh. 29 - Prob. 8ACh. 29 - Prob. 9ACh. 29 - Prob. 10A
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- The hole locations of the block in Figure 31-11 are checked by placing the block on a surface plate and indicating the bottom of each hole using a height gage with an indicator attachment. Determine the height gage settings from the bottom of the part to the bottom of the holes. Assume that the actual hole diameters and locations are the same as the given dimensions. The setting for Hole Number 1 is given.arrow_forwardOf two gears that mesh, the one that has the greater number of teeth is called the gear, and the one that has the fewer teeth is called the pinion (Figure 218). For each of the problems, set up a proportion, and determine the unknown value, x. Round the answers to 1 decimal place where necessary.arrow_forwardRefer to the shaft shown in Figure 6-4. Determine the missing dimensions in the table using the dimensions given. All dimensions are in inches.arrow_forward
- The distance between the centers of two holes can be checked with a vernier caliper. The position of the caliper in measuring the inside distance between two holes is shown in Figure 29-10. To determine the setting on the caliper, subtract the radius of each hole (one-half the diameter) from the center distance. In Exercises 19 through 23, give the hole diameters and the distances between centers. For each, determine (1) the main scale setting and (2) the vernier scale setting. All dimensions are in inches.arrow_forwardThe distance between the centers of two holes can be checked with a vernier caliper. The position of the caliper in measuring the inside distance between two holes is shown in Figure 29-10. To determine the setting on the caliper, subtract the radius of each hole (one-half the diameter) from the center distance. In Exercises 19 through 23, give the hole diameters and the distances between centers. For each, determine (1) the main scale setting and (2) the vernier scale setting. All dimensions are in inches 23. Note: Hole tolerances and center distance tolerances are shown. Maximum and minimum vernier scale settings are required.arrow_forwardIn each of the following problems, refer to the given figure, solve for the unknowns, and check. Find the distances between the indicated holes. All dimensions are in millimeters. a. Hole 1 to hole 2 b. Hole 2 to hole 3 C. Hole 3 to hole 4 d. Hole 4 to hole 5 e. Hole 5 to hole 6 f. Hole 2 to hole 4 g. Hole 3 to hole 6arrow_forward
- Measure the lengths of g-k in Figure 30-26 to the nearer whole millimeter.arrow_forwardA micrometer reading is made at dimension D on a tapered shaft (Figure 217). For each of the problems use the dimensions given in the table, compute the taper, set up a proportion, and determine diameter C to 3 decimal places.arrow_forward
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