How to perform paired t-test in Excel

This video will walk you step by step how to perform a paired t-test in Excel and also briefly explain the reason.
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[@rtramosful]

Wonderful, easy to understand. Exactly what I needed for my research paper. Thank you for leaving out all the complexities.

[@GameGardenGavin]

Thought this was going to be a much more arduous process, thank you!!

[@idalisdelagarza9058]

This is super easy and to the point thank you !

[@dansmagicalcreations2162]

Thank you so much, you have been a great help

[@latimelati86]

Thank you for this tutorial, so easy to understand, never knew excel is this powerful since ever.. No need for complicated SPSS

[@jawlintzeng6368]

Very useful, thank you!

[@unnamed1993]

Thanks a lot mate!

[@figa9008]

nice one video thx for the information

[@hakkakdeniz4820]

Thanks a lot, please keep .....and go....

[@patrickkeane5418]

Thank you for making it very simple!

[@MrRamaeri]

thank you very much

[@dr.jenniferemelda5340]

Thank you so much

[@inakastories23]

Thanks 😊

[@vivekgeorge4538]

Very good

[@Pooh991]

Grear video! But does it make sense to use unpaired as opposed to paired? You're looking at difference within the same individuals, so I assume it would be paired (?)

[@dragomiranikolova2145]

Hi, can you tell me if the numbers in the two columns are different, how to make the t-test?

[@sscoolmetv4686]

Good

[@winvictorywin5612]

Hello
I am having airborne dust concentrations data for >1 micron size, >3 micron, 5 micron and >10 micron size.
(> means greater than)
These data was taken before and during dust producing work in field study.
N=5
How can i compare these before and during operations data ?
It seems that there is relative percent variation in dust concentrations in atmosphere between before and during operation data. (Taking >1) micron as 100 %)
Before operation:
The relative percent variation of concentration with different particle size is as below. For example
Concentration of >1 micron size particle is 100%.
>3 micron: 80%
>5 micron : 60%
>10 micron: 40%.
During operation:
Concentration of >1 micron size particle is 100%.
>3 micron: 90%
>5 micron : 80%
>10 micron: 70%.
It seems that >10 micron particle share is increased due to that machine operation...?
Which test is suitable for analysing these type similar data for discussion ?
How to use statistics?
Any comparison among these concentrations of different particle sizes ?
thank u.

[@katrinawilliams2388]

How did you determine that p-value of 0.047 is significant? is there a threshold value that says if its above or below "said number" than that means the diet was effective?

[@sixtysixx3933]

by default everyone assumes that 0.05 is the treshhold value, or in another word more than 95% of the time as long as the value is above 0.05, it will be inside of the data. thus not significantly different, and since the value is 0.047 only it is significantly (different)

[@youkendoit123]

is it applicable if like 30 individuals? cause im getting 5.34 number

[@phillipalquizar8584]

Hello why 0.47 < 0.05 significant does this mean the decrease of weight is significant?

[@user-yv9sk5bk2i]

Plz Can u help me i have 3 sample one value each one , i need to do student test

[@rohankolhe6905]

Understood

[@qulaeygaming5202]

bruh individual E gained weight during the diet xD

[@debrahisaac6818]

Wabon papa

[@arctan5837]

How do you know whether it is significant or not?

[@phillipalquizar8584]

@Teach. Plan. Go! why?

[@lucleadergaming3487]

? Title is how to do a paired T test; video shows unpaired T test? (Type 1 is for paired T test)

[@debrahisaac6818]

Exactly

[@amarakim5152]

But it also shows paired t test later on.

[@prajaktajoshi3929]

see the full video

[@meh5804]

marry me
pls