top of page
Açımlayıcı Faktör Analizi İle Alt Boyut Sayısının ve Madde Dağılımının Tespiti
01:01
Birlikte Ölçek Geliştirelim
01:01
Hayes Process Modeli İle Düzenleyici Değişken Analizi
01:01
Sıfırdan SPSS Ders 35: Hayes PROCESS Modeli İle Düzenleyici (Moderatör) Değişken Analizi - TANITIM
07:15
Örneklem Büyüklüğü Belirleme Yolları
01:01
Bağımsız Gruplar T Testinde Anlamlılık Değeri
01:01
İki Aşamalı Kümeleme Analizi Nasıl Yapılır?
01:01
Sıfırdan SPSS Ders 34: Kümeleme Analizi - 3 (İki Aşamalı Kümeleme) - TANITIM
02:34
Sıfırdan SPSS Ders 33: Kümeleme Analizi - 2 (K-Means Kümeleme) - TANITIM
02:19
Hiyerarşik Kümeleme Analizi
01:01
Sıfırdan SPSS Ders 32: Kümeleme Analizi - 1 (Hiyerarşik Kümeleme) - TANITIM
05:24
Learn SPSS from Scratch – Lesson 7: Creating Variables Using Formulas
08:46
Learn SPSS from Scratch – Lesson 6: Creating a Categorical Variable from a Continuous Variable
10:40
Learn SPSS from Scratch – Lesson 5: Rearranging the Groups of a Categorical Variable
10:47
Learn SPSS from Scratch – Lesson 4: Calculating Scale Scores
12:00
Learn SPSS from Scratch – Lesson 3: Reverse Coding
12:20
Learn SPSS from Scratch – Lesson 2: Data Entry and Preliminary Editing
22:00
Learn SPSS from Scratch – Lesson 1: Getting Started
14:46

YOUTUBE KANALIMIZA GÖZ ATTINIZ MI? ARADIĞINIZ BİLGİ KANALIMIZDA OLABİLİR. TIKLAYINIZ.

Kruskal-Wallis H Test with SPSS | With Purpose, Prerequisites, Difference from ANOVA & Multiple Comp

  • 6 Ağu 2021
  • 1 dakikada okunur

The Kruskal Wallis H test is the nonparametric equivalent of the unrelated (independent) samples single-factor ANOVA test. In other words, it is used when the measurements of the dependent variable are in the range or ratio scale, but do not meet the normal distribution condition or are in the order scale, with other conditions remaining the same.


In this video, how the Kruskal-Wallis H Test is performed using SPSS, when it is used, what its main purpose is, what the prerequisites are, its difference from ANOVA, multiple comparisons and interpretation are explained in detail.


00:00 Introduction to the topic

00:24 When do we use it?

01:35 Difference from Unrelated Samples One-Way ANOVA

02:32 Example

04:38 Testing

07:28 Reading the report

13:53 Multiple comparisons

17:06 Hypothesis testing path

First of all, following the one-way ANOVA for unrelated samples will make it easier for you to understand: https://youtu.be/LE9_4sTMUk0


You can send us any questions or likes in the comments section. We would like to state that we will be particularly happy about this. Also, we would be very happy if you subscribe to our channel to follow our free content. https://www.youtube.com/tezyardimplatformu

 
 
bottom of page