Do the exercise in excel.and take screenshots.Note:Do not copy the same answer from bartleby, do the exercise in excel. 6.7. The data shown in Table 6E.2 are ī and R values for24 samples of size n=5 taken from a process produc-ing bearings. The measurements are made on the - TABLE 6E.2Bearing Diameter DataSampleNumber iSampleNumberR134.531335.48.234.241434.06331.641537.15431.541634.97535.051733.5434.16.1831.73732.641934.08.833.832035.14.9.34.872133.721033.682232.811131.932333.531238.692434.22inside diameter of the bearing, with only the last threedecimals recorded (i.e., 34.5 should be 0.50345).(a) Set up ī and R charts on this process. Does theprocess seem to be in statistical control? If nec-essary, revise the trial control limits.(b) If specifications on this diameter are 0.5030 ±0.0010, find the percentage of nonconformingbearings produced by this process. Assume thatdiameter is normally distributed.

Given Information: Consider the table that shows the measurements which are made on the inside…

Answered: 6.7. The data shown in Table 6E.2 are F…

6.7. The data shown in Table 6E.2 are F and R values for 24 samples of size n=5 taken from a process produc- ing bearings. The measurements are made on the

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 94E

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Question

Do the exercise in excel.

and take screenshots.

Note:
Do not copy the same answer from bartleby, do the exercise in excel.

6.7. The data shown in Table 6E.2 are ī and R values for
24 samples of size n=5 taken from a process produc-
ing bearings. The measurements are made on the

- TABLE 6E.2
Bearing Diameter Data
Sample
Number i
Sample
Number
R
1
34.5
3
13
35.4
8.
2
34.2
4
14
34.0
6
3
31.6
4
15
37.1
5
4
31.5
4
16
34.9
7
5
35.0
5
17
33.5
4
34.1
6.
18
31.7
3
7
32.6
4
19
34.0
8.
8
33.8
3
20
35.1
4.
9.
34.8
7
21
33.7
2
10
33.6
8
22
32.8
1
11
31.9
3
23
33.5
3
12
38.6
9
24
34.2
2
inside diameter of the bearing, with only the last three
decimals recorded (i.e., 34.5 should be 0.50345).
(a) Set up ī and R charts on this process. Does the
process seem to be in statistical control? If nec-
essary, revise the trial control limits.
(b) If specifications on this diameter are 0.5030 ±
0.0010, find the percentage of nonconforming
bearings produced by this process. Assume that
diameter is normally distributed.

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