Yield Fetilizer Water 201 100 1000 325 200 1000 124 300 1000 129 400 1000 344 500 1000 193 100 2000 369 200 2000 210 300 2000 306 400 2000 297 500 2000 339 100 3000 334 200 3000 273 300 3000 347 400 3000 331 500 3000 221 100 4000 396 200 4000 304 300 4000 381 400 4000 316 500 4000 286 100 5000 293 200 5000 355 300 5000 441 400 5000 321 500 5000 377 100 6000 392 200 6000 361 300 6000 432 400 6000 464 500 6000 above is the excel data. please solve the excel part with formulas and explanation, thank

13.2.4VO2-max Aerobic Fitness Measurements The data set given in DS 13.2.4 extends the data set used in Problem 12.2.6 to include an individual's heart rate at rest, percentage body fat, and weight, together with the variables age and VO2-max considered before. Fit a multiple linear regression model to assess whether the new input variables heart rate at rest, percentage body fat, and weight, together with age, can be used to provide an improved model for VO2-max. What model would you recommend? (This problem is continued in Problem 13.4.3.)

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1.2 number 12 review

Student  ID Math Score Project Score Age (years) Sex 001254 52 75 15 M 003256 78 89 15 F 001547 92 82 18 F 012589 91 66 17 M 021475 72 93 14 M 032658 46 76 13 M 009561 68 76 14 F 008654 52 82 12 F 008561 83 75 16 M 003547 45 78 14 F 047452 73 96 14 M 041212 64 79 13 F 032320 41 67 13 F 000258 77 72 15 F 001478 82 75 17 M 019521 59 83 15 M 017451 80 71 17 F 016335 48 76 13 M 002474 57 80 14 F 095844 97 71 18 F 097304 86     86 17 M 090024 75 85 15 F 034702 81 80 16 F 001910 67 74 14 F 006454 86 77 17 M 087478 63 82 13 M 078474 68 79 14 F 000977 54 89 12 M 063010 91 73 18 M 007406 46 77 15 F 025740 93 85 17 M…

Its all one question

ID Gender Major Employ Age MBA_GPA BS GPA Hrs_Studying Works FT 1 1 No Major Unemployed 39 2.82 3.05 3 0 2 1 No Major Full Time 55 3.49 3.45 7 1 3 1 No Major Part Time 43 3.28 3.5 7 0 4 1 No Major Full Time 56 3.25 3.55 7 1 5 1 No Major Full Time 38 3.26 3.3 6 1 6 1 No Major Unemployed 54 2.87 3.05 4 0 7 1 No Major Full Time 30 3.16 3.35 6 1 8 1 No Major Full Time 37 3.4 3.35 6 1 9 1 No Major Part Time 38 2.84 3.05 3 0 10 1 No Major Full Time 42 3.72 3.7 7 1 11 1 No Major Part Time 52 3.22 3.5 7 0 12 1 No Major Full Time 35 3.44 3.55 7 1 13 1 No Major Full Time 37 3.65 3.9 8 1 14 1 No Major Full Time 53 3.02 3.3 6 1 15 1 No Major Part Time 51 3.03 3.25 6 0 16 1 No Major Full Time 40 3.8 3.8 8 1 17 1 No Major Full Time 33 3.23 3.5 7 1 18 1 No Major Part Time 53 3.26 3.5 7 0 19 1 No Major Full Time 43 3.53 3.75 8 1 20 1 No Major Unemployed 35 3.75 3.9 8 0 21 1 No Major Full Time 57 3.15 3.2 6 1 22 1 No Major Part Time 32 3.66 3.75 8 0 23 1 No…

Use the pulse rates in beats per minute (bpm) of a random sample of adult females listed in the data set available below to test the claim that the mean is less than 72 bpm. Use a 0.05 significance level. Click the icon to view the pulse rate data. Assuming all conditions for conducting a hypothesis test are met, what are the null and alternative hypotheses? Ο Α. Ho: μ= 72 bpm H1:µ 72 bpm H1:µ 72 bpm Determine the test statistic. (Round to two decimal places as needed.) Determine the P-value. (Round to three decimal places as needed.) State the final conclusion that addresses the original claim. Ho. There is evidence to conclude that the mean of the population of pulse rates for adult females is 72 bpm.

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please help me solve this practice question using excel functions    7065 6870 6858 6641 6306 6671 6663 6492 6569 6601 6653 6729 7237 6911 6784 7312 7313 7082 7462 7311 6994 7399 7231 7666 7574 7706 7561 7198 7255 7116 7362 7511 7773 7776 7547 7567 7679 7627 7883 7274 7072 7165 7025 7125 7195 7318 7461 7624 7717 7450 7108 7053 6768 6896 7158 7152 7171 6902 6968 6619 6427 6567 6422 6686 6976 7069 7222 7381 7495 7460 7721 7804 7558 7781 7517 7795 7976 8038 8122 7854 7924 7754 7824 7935 8233 8304 8094 7974 7659 7538 7282 7435 7399 7712 8259 7935 8142 7696 7366 7182 7184 7408 7408 7805 7187 7074 7141 7245 7518 7748 7620 7434 7489 7345 7557 7490 7625 7691 7698 8019 8015 8064 8068 7839 7923 7939 8215 8730 8487 8444 8364 7893 8183…