problem 1 for the following frequency distribution table find the following battery life Name: Problem 1...
1. Find the 5-Number Summary and graph boxplots from a data set. The data are distances in feet of Mark McGwire and Sammy Sosa’s, home runs, respectively for the 1998 baseball season (they both broke Roger Maris’s home run record in 1998). - Which player has the longest distances? - Which player appears to have the most consistent distances? How can you tell from the boxplot? data: McGwire, Sosa 306, 371 420, 430 440, 440 350, 400 478, 370 425,...
Patronage Data:
Fridays
Saturdays
Sundays
391
450
389
362
456
343
407
452
352
438
417
385
436
400
379
452
462
366
334
430
435
393
457
375
433
435
394
367
499
444
379
385
373
349
518
339
345
450
411
371
469
394
377
427
417
336
454
384
383
416
444
388
414
403
404
370
390
389
425
384
390
456
366
389
443
445
440
479
406
397
475
359
394
409
392...
• The frequency distribution of annual salaries are given in the following table. Find; Х 0 - 20 20 - 40 40 - 60 60 - 80 5 65 25 5 a) The Mode b) What is the minimum salary of the highest % 85 ? c) What is the minimum salary of the 73. rd person? d) Draw the Box Plot For the frequency distribution given below. Find; • Mean Absolute Deviation Standard Deviation Draw the histogram 1- 32...
Use Table A.2. Appendix A, to find the values of the following binomial distribution problems. (Round your answers to 3 decimal places.) a. P(x = 151 n = 20 and p=0.60) = b. P(x < 51 n = 10 and p = 0.30) – c.Plx2 12n-15 and p-0.70) - d. Plx > 20 n=25 and p = 0.40) - Table A.2 Binomial Probability Distribution El * 0 1 900 100 7 300 700 8 200 800 9 100 900 1...
i) Are there any outliers? 2. The following table gives the age distribution for the number of deaths in New York State due to accidents for residents age 25 and older. a) Complete the frequency table. Age (years) 25-34 35-44 45-54 4 P (%) af 0.118 118 393 16.15) 15.5 907 134 3. 9 3 67 0.03 13.5 1709 6.110 1 2 073 3.1052 162 2684 0.1962 8.68 3307 393 514 460 341 365 616 618 at 0.116 0,274 1413...
MATH203 15 Final Name: 1. The following data give the number of television sets owned by 40 randomly selected households (a) Prepare a frequency distribution table for these data using single-valued classes (b) Compute the relative frequency and percentage distributions (c) Draw a bar graph for the frequency distribution household s on two or move feiencron set? D) Whet forcentaser of tle h
MATH203 15 Final Name: 1. The following data give the number of television sets owned by 40...
Problem 1. Using the FCC radio spectrum allocation table answer the following questions: Find the frequency bands allocated to AM and FM radio, and TV broadcasting. Find the frequency bands allocated to 1G, 2G, 3G, and 4G mobile. What is the lowest allocated frequency? What may limit the use of lower frequencies? What is the highest allocated frequency? What may limit the use of higher frequencies?
Use the data in Table 1 to perform the following tasks: Construct a cumulative frequency distribution (Ogive) using the speed class width (interval) of 5 mph Determine the pace, and Determine whether or not the mean speed exceeds the posted speed limit of 55 mph at 5% level of significance. TABLE 1 Speed Data Observed vehicular speed class (mph) Observed frequency 35-39 1 40-44 2 45-49 2 50-54 10 55-59 5 60-64 5 65-69 3 70-74 3 75-79 2 80-84...
1. Using the following data, perform the following analysis. (a) Develop a grouped frequency distribution table. (b) Calculate the mean and standard deviation of the grouped data. 6, 9, 10, 19, 33, 24, 29, 8, 30, 21, 12, 35, 9, 18, 21, 31, 13, 15, 32, 10, 20, 14, 21, 7, 12.
1) Arrange the following data into a frequency distribution table and explain the solution step-by-step : 72 65 64 60 72 48 41 90 75 53 48 63 49 58 60 39 75 55 62 53 59 58 39 38 62 60 59 68 60 70 72 60 56 80 65 85 71 45 70 ss a) Find measure central tendency. b) Find measure dispersion.