91 |
169 |
305 |
330 |
335 |
389 |
393 |
394 |
402 |
410 |
420 |
449 |
452 |
455 |
459 |
465 |
468 |
471 |
472 |
474 |
475 |
479 |
481 |
486 |
487 |
505 |
508 |
509 |
511 |
512 |
517 |
519 |
530 |
537 |
|
|
|
|
|
|
91 169 305 330 335 389 393 394 402 410 420 449 452 455 459 465 468 471 472 474 475 479 481 486 487 505 508 509 511 512 517 519 530 537 1. Construct a frequency distribution table using 10 classes. Start the lower limit with 91. 2. Using Chebyshev’s Theorem, find the range of data for which 75% of the data falls.
91 169 305 330 335 389 393 394 402 410 420 449 452 455 459 465 468 471 472 474 475 479 481 486 487 505 508 509 511 512 517 519 530 537 For this data set is 44.6 the correct class limit to use even if the upper limit ends in 537.9?
91 169 305 330 335 389 393 394 402 410 420 449 452 455 459 465 468 471 472 474 475 479 481 486 487 505 508 509 511 512 517 519 530 537 Using the data from the table, complete the following. Show all work for full credit! 1. Find the mean, median, and mode. 2. Find the 5-number summary and IQR. 3. Construct a frequency distribution table using 10 classes. Start the lower limit with 91. 4. Construct...
Project Number 9 Statistical analysis of radiation data recorded by an ionization chamber Project Number 9 Statistical analysis of radiation data recorded by an ionization chamber In this project, you are required to statistically analyze the data of radiation dose recorded by an ionization chamber experimentally in the research lab. Background of the problem: For measuring the radiation dose delivered to a body by a given radiation beam, an ionization chamber (detector) is used. An ionization chamber is made up...