(Step-by-Step) Are the Axial loads within statistical control? Exercises 9 and 10 in Section 14-2 used process data from a New York company that manufactures

Question: Are the Axial loads within statistical control?

Exercises 9 and 10 in Section 14-2 used process data from a New York company that manufactures 0.0109-in thick aluminum cans for a major beverage supplier. Refer to the data set below and conduct an analysis of the process data for the cans that are 0.011 in. thick. The values in the data set are the measured axial loads of cans, and the top lids are pressed into place with pressures that vary between 158 lb and 165 lb.

CKREGWT	CKREGVOL	CKDIETWT	CKDTVOL	PPREGWT	PPREGVOL	PPDIETWT	PPDTVOL
0.8192	12.3	0.7773	12.1	0.8258	12.4	0.7925	12.3
0.815	12.1	0.7758	12.1	0.8156	12.2	0.7868	12.2
0.8163	12.2	0.7896	12.3	0.8211	12.2	0.7846	12.2
0.8211	12.3	0.7868	12.3	0.817	12.2	0.7938	12.3
0.8181	12.2	0.7844	12.2	0.8216	12.2	0.7861	12.2
0.8247	12.3	0.7861	12.3	0.8302	12.4	0.7844	12.2
0.8062	12	0.7806	12.2	0.8192	12.2	0.7795	12.2
0.8128	12.1	0.783	12.2	0.8192	12.2	0.7883	12.3
0.8172	12.2	0.7852	12.2	0.8271	12.3	0.7879	12.2
0.811	12.1	0.7879	12.3	0.8251	12.3	0.785	12.3
0.8251	12.3	0.7881	12.3	0.8227	12.2	0.7899	12.3
0.8264	12.3	0.7826	12.3	0.8256	12.3	0.7877	12.2
0.7901	11.8	0.7923	12.3	0.8139	12.2	0.7852	12.2
0.8244	12.3	0.7852	12.3	0.826	12.3	0.7756	12.1
0.8073	12.1	0.7872	12.3	0.8227	12.2	0.7837	12.2
0.8079	12.1	0.7813	12.2	0.8388	12.5	0.7879	12.2
0.8044	12	0.7885	12.3	0.826	12.3	0.7839	12.2
0.817	12.2	0.776	12.1	0.8317	12.4	0.7817	12.2
0.8161	12.2	0.7822	12.2	0.8247	12.3	0.7822	12.2
0.8194	12.2	0.7874	12.3	0.82	12.2	0.7742	12.1
0.8189	12.2	0.7822	12.2	0.8172	12.2	0.7833	12.2
0.8194	12.2	0.7839	12.2	0.8227	12.3	0.7835	12.2
0.8176	12.2	0.7802	12.1	0.8244	12.3	0.7855	12.2
0.8284	12.4	0.7892	12.3	0.8244	12.2	0.7859	12.2
0.8165	12.2	0.7874	12.2	0.8319	12.4	0.7775	12.1
0.8143	12.2	0.7907	12.3	0.8247	12.3	0.7833	12.2
0.8229	12.3	0.7771	12.1	0.8214	12.2	0.7835	12.2
0.815	12.2	0.787	12.2	0.8291	12.4	0.7826	12.2
0.8152	12.2	0.7833	12.3	0.8227	12.3	0.7815	12.2
0.8244	12.3	0.7822	12.2	0.8211	12.3	0.7791	12.1
0.8207	12.2	0.7837	12.3	0.8401	12.5	0.7866	12.3
0.8152	12.2	0.791	12.4	0.8233	12.3	0.7855	12.2
0.8126	12.1	0.7879	12.3	0.8291	12.4	0.7848	12.2
0.8295	12.4	0.7923	12.4	0.8172	12.2	0.7806	12.2
0.8161	12.2	0.7859	12.3	0.8233	12.4	0.7773	12.1
0.8192	12.2	0.7811	12.2	0.8211	12.3	0.7775	12.1

Analyzing the Results

Based on the given process data, should the company take any corrective action? Write a report summarizing your conclusions. Address not only the issue of statistical stability, but also the ability of the cans to withstand the pressures applied when the top lids are pressed into place. Also compare the behavior of the 0.0111-in. cans to the behavior of the 0.0109-in cans and recommend which thickness should be used.

CANS109	CANS111
270	287
273	216
258	260
204	291
254	210
228	272
282	260
278	294
201	253
264	292
265	280
223	262
274	295
230	230
250	283
275	255
281	295
271	271
263	268
277	225
275	246
278	297
260	302
262	282
273	310
274	305
286	306
236	262
290	222
286	276
278	270
283	280
262	288
277	296
295	281
274	300
272	290
265	284
275	304
263	291
251	277
289	317
242	292
284	215
241	287
276	280
200	311
278	283
283	293
269	285
282	276
267	301
282	285
272	277
277	270
261	275
257	290
278	288
295	287
270	282
268	275
286	279
262	300
272	293
268	290
283	313
256	299
206	300
277	265
252	285
265	294
263	262
281	297
268	272
280	284
289	291
283	306
263	263
273	304
209	288
259	256
287	290
269	284
277	307
234	273
282	283
276	250
272	244
257	231
267	266
204	504
270	284
285	227
273	269
269	282
284	292
276	286
286	281
273	296
289	287
263	285
270	281
279	298
206	289
270	283
270	247
268	279
218	276
251	288
252	284
284	301
278	309
277	284
208	284
271	286
208	303
280	308
269	288
270	303
294	306
292	285
289	289
290	292
215	295
284	283
283	315
279	290
275	247
223	268
220	283
281	305
268	279
272	287
268	285
279	298
217	279
259	274
291	205
291	302
281	296
230	282
276	300
225	284
282	281
276	279
289	255
288	210
268	279
242	286
283	293
277	285
285	288
293	289
248	281
278	297
285	314
292	295
282	257
287	298
277	211
266	275
268	247
273	279
270	303
256	286
297	287
280	287
256	275
262	243
268	274
262	299
293	291
290	281
274	303
292	269

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