2 Question 4Using the same cancer trial scenario from Question 3,A recruiter went to two locations to enroll people in the study. Patients 1-20 are from Las Cruces, NM, and 21-40 are from El Paso,TX.Randomly assign treatments A and B to the 40 patients (no blocking this time). Note the proportion of people from El Paso in eachgroup.Repeat the random assignment a total of 10 times, recording the proportion from El Paso each time. Create a graphical summary ortable to represent your data.How did the samples compare? Was it always 50% for each treatment? How does the random sampling compare to the blockingfrom question 3? Question 3We want to generate the sequence of treatments a cancer center would assign for a study with 40 patients, balanced within a blocksize of 4. There are two possible treatments, indicated by A and B. There are 6 possible balanced blocks (not in any particularorder). Since there are 40 patients, 10 block sets are needed, To generate these block sets, first assign the numbers 1-6 to eachpossible biock sequences.1. ABBA2. BAAB3. BABA4. ABAB5. AABB6. BBAAUsing a random number generator, assign each of the 10 blocks one of the sequences (1-6). Assign each patient (1-40) a treatmentbased on the blocks you generated. Include picture or table of the treatment assignments.• Follow up question, how many blocks would you need to accommodate 300 patients?

Given information: The information about a cancer trial is given.

Using the same cancer trial scenario from Question 3, A recruiter went to two locations to enroll people in the study. Patients 1-20 are from Las Cruces, NM, and 21-40 are from El Paso, TX Randomly assign treatments A and B to the 40 patients (no blocking this time). Note the proportion of people from El Paso in each group. Repeat the random assignment a total of 10 times, recording the proportion from El Paso each time. Create a graphical summary or table to represent your data,

Using the same cancer trial scenario from Question 3, A recruiter went to two locations to enroll people in the study. Patients 1-20 are from Las Cruces, NM, and 21-40 are from El Paso, TX Randomly assign treatments A and B to the 40 patients (no blocking this time). Note the proportion of people from El Paso in each group. Repeat the random assignment a total of 10 times, recording the proportion from El Paso each time. Create a graphical summary or table to represent your data,

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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