Guessing on a Multiple-Choice Test A multiple-choice test has 50 questions with four possible options for each question. For each question, only one of the four options is correct. A passing grade is 35 or more correct answers. a. What is the probability that a person will guess correctly on one multiple-choice question? b. Test the hypothesis that a person who got 35 right out of 50 is not just guessing, using an alpha of 0.05. Steps 1 and 2 of the hypothesis testing procedure are given. Finish the question by doing steps 3 and 4. Step 1: H 0 : p = 0.25 H a : p > 0.25 Step 2: Choose the one-proportion z -test . n times p is 50 times 0.25 , which is 12.5. This is more than 10, and 50 times 0.75 is also more than 10. Assume a random sample.
Guessing on a Multiple-Choice Test A multiple-choice test has 50 questions with four possible options for each question. For each question, only one of the four options is correct. A passing grade is 35 or more correct answers. a. What is the probability that a person will guess correctly on one multiple-choice question? b. Test the hypothesis that a person who got 35 right out of 50 is not just guessing, using an alpha of 0.05. Steps 1 and 2 of the hypothesis testing procedure are given. Finish the question by doing steps 3 and 4. Step 1: H 0 : p = 0.25 H a : p > 0.25 Step 2: Choose the one-proportion z -test . n times p is 50 times 0.25 , which is 12.5. This is more than 10, and 50 times 0.75 is also more than 10. Assume a random sample.
Solution Summary: The author explains how to calculate the probability of guessing the correct answer on a multiple-choice question using the MINITAB software.
Guessing on a Multiple-Choice Test A multiple-choice test has 50 questions with four possible options for each question. For each question, only one of the four options is correct. A passing grade is 35 or more correct answers.
a. What is the probability that a person will guess correctly on one multiple-choice question?
b. Test the hypothesis that a person who got 35 right out of 50 is not just guessing, using an alpha of
0.05.
Steps 1 and 2 of the hypothesis testing procedure are given. Finish the question by doing steps 3 and 4.
Step 1:
H
0
:
p
=
0.25
H
a
:
p
>
0.25
Step 2: Choose the one-proportion
z
-test
.
n
times
p
is 50 times
0.25
,
which is
12.5.
This is more than 10, and 50 times
0.75
is also more than 10. Assume a random sample.
The following data represent total ventilation measured in liters of air per minute per square meter of body area for two independent (and randomly chosen) samples.
Analyze these data using the appropriate non-parametric hypothesis test
each column represents before & after measurements on the same individual. Analyze with the appropriate non-parametric hypothesis test for a paired design.
Should you be confident in applying your regression equation to estimate the heart rate of a python at 35°C? Why or why not?
Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, statistics and related others by exploring similar questions and additional content below.
Type I and II Errors, Power, Effect Size, Significance and Power Analysis in Quantitative Research; Author: NurseKillam;https://www.youtube.com/watch?v=OWn3Ko1WYTA;License: Standard YouTube License, CC-BY