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O 1. The null hypothesis states that in the general population there is no change, no difference, or no relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the population. 2. O 2- The null hypothesis states that in the general population there is a change, a difference, or a relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has an effect on the dependent variable (scores) for the population. The null hypothesis states that based on the sample data from the major sample, there is no change, In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the sample, which was randomly selected from the major sample. 3. difference, or no relationship. O 4 The null hypothesis states that in the general population there is no change, no difference between the independent and dependent variable, but there are statistically significant relationships that were not detected. This is also referred to as a Type V error.

O 1. The null hypothesis states that in the general population there is no change, no difference, or no relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the population. 2. O 2- The null hypothesis states that in the general population there is a change, a difference, or a relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has an effect on the dependent variable (scores) for the population. The null hypothesis states that based on the sample data from the major sample, there is no change, In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the sample, which was randomly selected from the major sample. 3. difference, or no relationship. O 4 The null hypothesis states that in the general population there is no change, no difference between the independent and dependent variable, but there are statistically significant relationships that were not detected. This is also referred to as a Type V error.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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**What is the null hypothesis?** 1. The null hypothesis states that in the general population there is no change, no difference, or no relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the population. 2. The null hypothesis states that in the general population there is a change, a difference, or a relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has an effect on the dependent variable (scores) for the population. 3. The null hypothesis states that based on the sample data from the major sample, there is no change, no difference, or no relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the sample, which was randomly selected from the major sample. 4. The null hypothesis states that in the general population there is no change, no difference between the independent and dependent variable, but there are statistically significant relationships that were not detected. This is also referred to as a Type V error.
Transcribed Image Text:**What is the null hypothesis?** 1. The null hypothesis states that in the general population there is no change, no difference, or no relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the population. 2. The null hypothesis states that in the general population there is a change, a difference, or a relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has an effect on the dependent variable (scores) for the population. 3. The null hypothesis states that based on the sample data from the major sample, there is no change, no difference, or no relationship. In the context of an experiment, the null hypothesis predicts that the independent variable (treatment) has no effect on the dependent variable (scores) for the sample, which was randomly selected from the major sample. 4. The null hypothesis states that in the general population there is no change, no difference between the independent and dependent variable, but there are statistically significant relationships that were not detected. This is also referred to as a Type V error.
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