How to Calculate ONE WAY ANOVA (Analysis of Variance) | Steps Involved in ANOVA | F-test

‪@blessingE825‬
One-way ANOVA (Analysis of Variance) is a statistical technique used to compare means of three or more groups.
Variance: ANOVA is based on the variance in the data, which is a measure of how spread out the values are.
Null hypothesis: ANOVA is used to test the null hypothesis that there is no significant difference between the means of two or more groups.
F-statistic: ANOVA calculates an F-statistic, which is the ratio of the between-group variance to the within-group variance.
Degrees of freedom: ANOVA uses degrees of freedom to calculate the F-statistic. There are two types of degrees of freedom: numerator degrees of freedom and denominator degrees of freedom.
One-way ANOVA: This is used when there is only one independent variable (factor) that is being tested.
This video shows:
How to solve Numerical problems on ONE-WAY ANOVA (Analysis of Variance).
How to calculate ONE-WAY ANOVA by hand. Simple and in-depth explanation of ONE-WAY ANOVA by / @blessinge825
How to calculate ONE-WAY ANOVA, including a step-by-step demonstration.
To calculate the ONE-WAY ANOVA, you need to state Null hypothesis,
Alternative hypothesis,Significance level. Also calculate Degrees of freedom, Sum of squares, Means quares and F-value or F-calculate.
Video answers the question of:
How to calculate ONE-WAY ANOVA ?
How to find ONE-WAY ANOVA?
How to solve How to find ONE-WAY ANOVA?
How to perform ONE-WAY ANOVA?
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Wel done

[@Successfulgloria3322]

Very educative

[@blessingE825]

Thanks so much

[@bukolaaruwajoye7128]

Very educative !

[@blessingE825]

Thanks so much ma'am

[@Lolo_Ignatius]

Thanks for sharing

[@blessingE825]

Thanks for watching!

[@ednaclems]

After taking many statistics courses, this is probably the best video I have seen to understand the concepts. It's a shame that our teachers get so lost in formulas and the "old way" of doing things. Thanks for breaking it down simply.

[@blessingE825]

Glad it was helpful!

[@paulehizode4135]

Thanks again blessing ... We can't wait to digest the mean comparison test and two way ANOVA.
You are doing a great job!

[@blessingE825]

Thank you!

[@Healthy_kid]

I had to watch over and over again

[@blessingE825]

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Great job. Keep up the good work dear

[@blessingE825]

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[@blessingE825]

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[@fabluxentertainment2072]

Correct

[@blessingE825]

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Come teach me

[@blessingE825]

I'm at your service