Lecture 05: Latin Square Design (LSD) - ANOVA Model

For books, we may refer to these:
amzn.to/34YNs3W OR amzn.to/3x6ufcE
This video will explain the Latin Square Design (LSD) and construct their ANOVA Model. Previous lectures on ANOVA is given below
#OptimizationProbStat
Lecture 1: One Way ANOVA Theory: Link: • Lecture #1: One-Way AN...
Lecture 2: Procedure of One-Way ANOVA: Link: • Lecture #2: Solved Exa...
Lecture 3: Two-Way ANOVA Theory & Introduction: • Lecture #3: Two way AN...
Lecture 4: Two-Way Anova Examples: Link: • Lecture #4: Solved Exa...
Lecture 5: Latin Square Design - ANOVA Model: Link: • Lecture 05: Latin Squa...

[@kiransharma6222]

Sirr ❣️ what to say .. i knew nothing but still managed to learn whatever you taught ❤️‍🔥 amazing lecture.

[@A_k_k__]

Very nice explanation sir, your channel is underrated but hope boom soon. Thankyou for this lecture

[@DrHarishGarg]

Thanks.... Hope so. You can try too to share

[@shambo9807]

Very nice. Thank you a lot. It was very clear and easy to understand. I like how you repeat the important parts. 👏🏾👏🏾👏🏾

[@ssembajjasimonpeter4819]

Thank you for this elaborate and easy-to-understand lecture

[@ashabnanda1113]

This explaination was quite helpful

[@DrHarishGarg]

Thank.. Keep watching other topics too.

[@dra.b.zoramawa3019]

A very well versed lecture on LSD. Thank you

[@anshdeepkaur2325]

Thanks so much your lecture is very good. I learn so much

[@DrHarishGarg]

Thanks for liking the content.

[@mdrakibulislamriyad2742]

Sir your explanation is easy and perfect.many many thanks sir

[@DrHarishGarg]

Thanks. Kindly share with your friends and students. Watch one way and two way ANOVA also in the playlist.

[@PrashantKumar-yb8ul]

Excellent explanation👍👌. Thank you so much Sir.

[@DrHarishGarg]

Thanks

[@aayusharma9175]

Veryyy helpful thank you sir💜💜💜

[@vijaylamkane8487]

Thnx sir.... perfect explanation

[@DrHarishGarg]

Thanks. Keep watch other videos too ... Easy explanations given in other videos too

[@conanmha]

Thanks a lot that was very helpfull

[@siva4246]

Sir how to know the answer got by latin square design is correct or not ? How to check it ?

[@eessaabdul6435]

Thanks 😊........well explained 👍

[@DrHarishGarg]

Most welcome 😊

[@venkatnaidunallabothula1910]

Sir what is difference Anova ( 1&2) and CRD, RBD

[@getachewdejene5453]

wow great Jobs Dr. Thank you!!

[@DrHarishGarg]

Thanks.... My pleasure .... Keep watching other videos too

[@stephanieadama9138]

Does this mean with picking any different assumed mean within the range you mentioned,we will arrive at the same answers?🤔

[@DrHarishGarg]

Yes .. Pick any number

[@jyotibhatia2809]

Sir what if we multipy or divide any no...then what will be the effect?

[@DrHarishGarg]

Then again no change... f ratio remain same while SS and MSS color changed by a^2, if you multiply by a.

[@mdkalimullah7200]

Excellent

[@vishnupriya7424]

Awesome explanation sir tnx a lot

[@anastasisstefas145]

Hey mister, I have one tiny question you may know the answer to. As you know, I have used two experiments that will be combined together into one full experiment. The targets (#10) of experiment 1 are the controls (#10) of experiment 2, and the targets (#10) of experiment 2 are the controls (#10) of experiment 1. The fillers (#40; 80 in total) are different in each experiment but their logic is pretty much the same. Do you know what the name of this design is? Is this an LSD? I've been reading about this a little bit but it seems this is something else...So I'm wondering if you have any clue. Thanks in advance

[@beautyofpakistan7952]

Thank you sir ❤

[@banushasathi3526]

Thanks you so much sir. Really helpful

[@DrHarishGarg]

Thanks for appreciations. Keep watching other video too and share with others learners.

[@endexfikad7791]

I appreceit you,,thanks

[@DrHarishGarg]

Thank you so much 😍... Thanks for watching

[@audryk.7825]

You are the best!

[@user-hy8me5cz2l]

Sr you are great

[@DrHarishGarg]

Thanks... Keep watching other too for complete knowledge on ANOVA

[@dr.vandanagoyal142]

It is very useful fantastic video

[@DrHarishGarg]

Thanks a lot

[@shilpabhat2965]

Neatly explained

[@ricksiem2999]

Can you please do a lecture of ANOVA with interaction as well? Thanks, very helpful.

[@DrHarishGarg]

Will try soon... Thanks for watching

[@monikaYadav-pr9sd]

Thank you so much sir 😊😊😊

[@justbriefing3149]

excellent !!!!!!!!!!!

[@DrHarishGarg]

Thanks for liking the content.

[@munirahmed4580]

Nicely expalined

[@DrHarishGarg]

Many thanks

[@loliwebanda7149]

your lectures are easy to follow thank you

[@anshdeepkaur2325]

Please put lecture on factorial experiment 2square OR 3square

[@user-fh2gr1zs4y]

thank you so much

[@anupriyasharma1113]

is there any video on factorial experiments?

[@DrHarishGarg]

Still Not.... I will upload soon... Follows the channel so you will get notification

[@akezd4909]

Thank you 💕

[@JustNormalHito]

Why does bro look and sound like newsboy?

[@mohamedalidhaqane3063]

I need lectures 1 up to 5 how can I get

[@DrHarishGarg]

Dear You can find the Lectures 1 to 5 in the Descriptions of the video. Link is already provided. Otherwise, you can see the below complete lecture link
th-cam.com/play/PLO-6jspot8ALyrofp0fWp0fOb19NcFS4V.html

[@user-hy8me5cz2l]

My first lecture

[@manpreetdhiman1735]

Good job sir!!

[@DrHarishGarg]

Thank you!

[@SUNNYKUMAR-hr2xp]

Well explained Sir 😊🙏

[@DrHarishGarg]

My pleasure. Best wishes.

[@deepa25112]

How u select treatment ABCDE in table... Little bit confused

[@DrHarishGarg]

Treatment in such as way that each row and column contain only one kind of treatment ABCDE.

[@Tenthstore]

Is ANOVA shell the same as ANOVA table with regards to latin square design

[@johnsonmshiu4837]

Nice one

[@DrHarishGarg]

Thanks... You can watch One Way and two-Way AnOVA also

[@dlE2SHOESKULGAM]

Is there any lecture about analysis of CRD RCBD and LSD

[@DrHarishGarg]

See the lecture 2 and Lecture 4

[@sbclassesmathematics4272]

If you interchange two row of a LSD then the new design is an LSD?

[@DrHarishGarg]

Yes. It is again

[@Almasyaseen-oh4kk]

Crd test b btay

[@user-yx3dy2yw9w]

thanks

[@cbbakshi2020]

wonderful

[@DrHarishGarg]

Many thanks

[@bossiadel3961]

And how to get the regression from Ancova analysis

[@anjalibhatt4972]

Sir plzz tell me ye topic kon c class level ka h.. graduation ya fir post graduation?????

[@DrHarishGarg]

For both ... Its a part of ANOVA ( Analysis of Variance ).

[@sejaljaiswal4687]

Sir ky ap CRD ar RBD and missing plot technique ki playlist share kr dgn....plsz sir

[@rishishpandey4898]

Thanku sir

[@bossiadel3961]

Dr. Harish l wanna know how to get ANOVA table of the two way ANOVA fron ANOVA table of latine Square please sir

[@att_rahim]

Hii, tq for clear explaination! Btw, how to answer if question asks for contrast like confidence interval

[@DrHarishGarg]

Kindly explain your query in detail, please.

[@yahayahassan958]

Nice explination sir. But i have doubt in example1 how you put 6 as error????

[@nikkimaxwell8312]

the df total you subtract with the sum of df row, column, and treatments

[@priyakargeti2526]

Hi how to find missing terms in a Latin square design kindly help

[@DrHarishGarg]

Dear priya ... I will upload the video on it soon.

[@priyakargeti2526]

Sir can you plz tell good and easy to understand reference book for statistics

[@DrHarishGarg]

@@priyakargeti2526 Any topic on Statistics.. as statistics subject is very vast... Topic wise books are preferrable

[@priyakargeti2526]

Analysis of variance complete with factorial and Latin square vedio

[@gauravsalaskar3202]

hey , can you explain the relation why only 19 is taken to minus from the table and get an another table

[@jeeveshjaiswal1234]

U can take any number between interval of smallest and largest value from the table..

[@hemgandhi8087]

thankx

[@DrHarishGarg]

Thanks .... My pleasure. Keep watching other content too and share with others.

[@ReLo_world]

I think you got the answer wrong when calculating for the SSTr (within treatment)

[@DrHarishGarg]

Check your calculation again... It is correct here

[@madangarisamel7503]

Sir plz explanation CRB,RBD, and differents ..

[@DrHarishGarg]

ok... will try

[@madangarisamel7503]

When sir . Plz upload videos on CRB,RBD explain with examples problems. my semester is coming soon. Upload videos 1-2 days between ..plz sir..

[@rizwanahrafeeq6051]

In what situation LSD is not possible

[@jitjyotilahkar9528]

Sir can I ask a question?

[@DrHarishGarg]

Yes

[@jitjyotilahkar9528]

Explain why the number of treatments tested in LSD should not be less than three.

[@jitjyotilahkar9528]

Sir please give me the answer...I know the concept but can't figure how to make the note

[@jitjyotilahkar9528]

Thanks for replying sir😊

[@ankitkumar-lx1ep]

please provide latin square ppt

[@tiwariP20]

How many sources of variation can be eliminated in a 6 x 6 Latin square design?
Sir pls reply

[@DrHarishGarg]

Eliminated in what terms ?

[@tiwariP20]

@@DrHarishGarg sir pls share any source where I can ask questions Directly to u...!
Sir aap telegram pe hain?
Qki mene anova utna hi pdha h jitna aapne lecture die hai
Or coming mere exm m or b bhut se Question aate h anova k vo poochna h apse

[@DrHarishGarg]

No

[@tiwariP20]

@@DrHarishGarg sir Questions apse kaha poocho?

[@DrHarishGarg]

You can send your query by email.

[@LateNightVideozz]

Wow

[@nikhilkeswani7213]

How will we compute the effect of particular driver. For example, if we want effect of driver a ?

[@DrHarishGarg]

For it... We do posthoc test ...
Else do t-test (2sample independent) of driver "a" with driver "b", then "a" with "c", "a" with "d" etc

[@__-cd5bj]

❤

[@jamshed4505]

How can take 19 , pls explaine

[@arunnath6549]

You can take any number between 10 and 22. No problem.. It wont affect the calculation.

[@ahmadshah5320]

❤❤❤❤❤❤

[@shrawankumarpatel2148]

Thank you so much sir