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Need help with this. I did it I just want to make sure I did mine right before submitting it! thank you in advance Bees Data: KY Honey Harvest (lb) MO Honey Harvest (lb) 61.8 57.1 53.6 62.1 50.2 53.5 47.0 77.1 46.6 57.1 51.8 60.5 70.0 56.4 59.7 60.4 56.6 71.8 53.0 62.8 59.7 59.2 44.1 59.5 44.5 59.3 53.3 55.9 60.2 66.3 55.6 63.1 53.6 56.6 58.2 60.0 40.1 54.1 56.8 60.9 60.0 69.7 45.8 59.2 53.5 68.4 58.2 65.3 49.3 55.8 47.4 68.5 43.4 51.2 49.9 65.4 57.2 65.8 66.8 61.5 59.7 66.8 53.1 63.8 56.5 61.7   Greek data: August (bacteria per 100 ml water) October (bacteria per 100 ml water) 310 301 299 335 421 232 265 239 391 311 274 238 327 295 300 274 222 293 276 331 375 328 225 252 351 320 510 256 332 260 411 285 349 218 527 319 349 365 375 298 366 236 276 297 339 312 335 302 334 333 333 300 334 335 338 308 340 313 337 315 339 314 331 302 334 303 327 305 316 310 304 314 319 303 294 309 299 307 311 309

Need help with this. I did it I just want to make sure I did mine right before submitting it! thank you in advance Bees Data: KY Honey Harvest (lb) MO Honey Harvest (lb) 61.8 57.1 53.6 62.1 50.2 53.5 47.0 77.1 46.6 57.1 51.8 60.5 70.0 56.4 59.7 60.4 56.6 71.8 53.0 62.8 59.7 59.2 44.1 59.5 44.5 59.3 53.3 55.9 60.2 66.3 55.6 63.1 53.6 56.6 58.2 60.0 40.1 54.1 56.8 60.9 60.0 69.7 45.8 59.2 53.5 68.4 58.2 65.3 49.3 55.8 47.4 68.5 43.4 51.2 49.9 65.4 57.2 65.8 66.8 61.5 59.7 66.8 53.1 63.8 56.5 61.7   Greek data: August (bacteria per 100 ml water) October (bacteria per 100 ml water) 310 301 299 335 421 232 265 239 391 311 274 238 327 295 300 274 222 293 276 331 375 328 225 252 351 320 510 256 332 260 411 285 349 218 527 319 349 365 375 298 366 236 276 297 339 312 335 302 334 333 333 300 334 335 338 308 340 313 337 315 339 314 331 302 334 303 327 305 316 310 304 314 319 303 294 309 299 307 311 309

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.3: Measures Of Spread
Problem 1GP
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Need help with this. I did it I just want to make sure I did mine right before submitting it! thank you in advance

Bees Data:

KY Honey Harvest (lb) MO Honey Harvest (lb)
61.8 57.1
53.6 62.1
50.2 53.5
47.0 77.1
46.6 57.1
51.8 60.5
70.0 56.4
59.7 60.4
56.6 71.8
53.0 62.8
59.7 59.2
44.1 59.5
44.5 59.3
53.3 55.9
60.2 66.3
55.6 63.1
53.6 56.6
58.2 60.0
40.1 54.1
56.8 60.9
60.0 69.7
45.8 59.2
53.5 68.4
58.2 65.3
49.3 55.8
47.4 68.5
43.4 51.2
49.9 65.4
57.2 65.8
66.8 61.5
59.7 66.8
53.1 63.8
56.5 61.7

 

Greek data:

August (bacteria per 100 ml water) October (bacteria per 100 ml water)
310 301
299 335
421 232
265 239
391 311
274 238
327 295
300 274
222 293
276 331
375 328
225 252
351 320
510 256
332 260
411 285
349 218
527 319
349 365
375 298
366 236
276 297
339 312
335 302
334 333
333 300
334 335
338 308
340 313
337 315
339 314
331 302
334 303
327 305
316 310
304 314
319 303
294 309
299 307
311 309
3. To compare the effect of the declining bee population on honey production, independent samples of Hives in Kentucky and Missouri were selected and the amount of honey harvested (in pounds) from each were recorded. Assume that the underlying populations are normal. Report the appropriate summary statistics for each sample. Test the claim that the true mean honey harvest per hive is different in the two states using both a hypothesis test and a confidence interval and a = 0.05. Be sure to state which type of test you are using, the null and alternative hypotheses, the test statistic, p-value, decision and conclusion. Be sure to interpret the Cl in the terms of the problem. 4. The Canadian Costal Health Society warned that the East Creek was contaminated. They took a random sample of locations in the East Creek and recorded the coliform count (bacteria per 100 ml of water) in early August and then again in October at the same locations after several rainstorms. Report the appropriate summary statistics for each sample. Test the claim that the true mean coliform is different before and after the rainstorms using both a hypothesis test and a confidence interval and a = 0.05. Be sure to state which type of test you are using, the null and alternative hypotheses, the test statistic, p-value, decision and conclusion. Be sure to interpret the Cl in the terms of the problem. The Remember the goal of any lab is that you learn by doing! Save you file often and do not delete any data! DO NOT SUBMIT the original data. Copy summary statistics, test results into Word. Your decision must be in terms of Ho and your conclusion must be a complete sentence in terms of the claim.
Transcribed Image Text:3. To compare the effect of the declining bee population on honey production, independent samples of Hives in Kentucky and Missouri were selected and the amount of honey harvested (in pounds) from each were recorded. Assume that the underlying populations are normal. Report the appropriate summary statistics for each sample. Test the claim that the true mean honey harvest per hive is different in the two states using both a hypothesis test and a confidence interval and a = 0.05. Be sure to state which type of test you are using, the null and alternative hypotheses, the test statistic, p-value, decision and conclusion. Be sure to interpret the Cl in the terms of the problem. 4. The Canadian Costal Health Society warned that the East Creek was contaminated. They took a random sample of locations in the East Creek and recorded the coliform count (bacteria per 100 ml of water) in early August and then again in October at the same locations after several rainstorms. Report the appropriate summary statistics for each sample. Test the claim that the true mean coliform is different before and after the rainstorms using both a hypothesis test and a confidence interval and a = 0.05. Be sure to state which type of test you are using, the null and alternative hypotheses, the test statistic, p-value, decision and conclusion. Be sure to interpret the Cl in the terms of the problem. The Remember the goal of any lab is that you learn by doing! Save you file often and do not delete any data! DO NOT SUBMIT the original data. Copy summary statistics, test results into Word. Your decision must be in terms of Ho and your conclusion must be a complete sentence in terms of the claim.
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