Its proof is like a classical one. First we derive a test statistic, then by using central limit theorem, we can obtain a Normal statistic. Finally squaring the standardised Normal statistic we can obtain Chi Square Statistic. This proof is available in all standard books for Nonparametric tests 🙏
Sir Msc.statistics entrance Nu vendiyulla preparation engane cheyyanm ennulath parnj taramo.. ug ku padikunna portions matramano entrance nu vendi padikkendath?
Thanks
Very useful thanks a lot
Thanku sir
Nice and simple explanation ❤️
Keep watching
Non Parametric Tests: ua-cam.com/play/PL7orPFgEEsNOY2XOvq9c-i_q8qqAQ2eMY.html
Super very useful
Thank you, keep watching
Sir can you explain how to check association of baseline variables with pre- interventional score
Which type of variables, they are?
Quantity? Ordered or nominal???
sir please give the details about reference
Why its follow chi square test
Its proof is like a classical one. First we derive a test statistic, then by using central limit theorem, we can obtain a Normal statistic. Finally squaring the standardised Normal statistic we can obtain Chi Square Statistic. This proof is available in all standard books for Nonparametric tests 🙏
Ivide samples independent alle. Appol 3 samples size different aaville? Ivide Ella sample sizum n aanu🤔
Yes, samples independent ആകുക എന്നുപറയുമ്പോൾ sample size വിത്യാസം വരണം എന്ന് നിർബന്ധം ഇല്ല. ഇവിടെ ഒരു example എടുത്തു എന്ന് മാത്രം
Sir Msc.statistics entrance Nu vendiyulla preparation engane cheyyanm ennulath parnj taramo..
ug ku padikunna portions matramano entrance nu vendi padikkendath?
അത്ര മതി , കുറച്ച് maths കൂടെ നോക്കുക
@@MalayaliStatistician tnqu sir🤩