Determining Sample Size | Cochran & Yamane Formula | Finite & Infinite population | Examples
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- เผยแพร่เมื่อ 25 ก.ค. 2024
- In this lesson: I discussed how to determine Sample Size for finite and infinite population using Cochran & Yamane formula. Besides, examples are provided for each cases.
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Lesson-1: Introduction to Research: What is not research, what is research, Research and Knowledge pyramid
• Introduction to Resear...
Lesson-2: Source of research Problems, Research Problem selection consideration
• Source of research Pro...
Lesson-3: Research Process
• Research Methodology |...
Lesson-4: Research Philosophies | Research Paradigm
• Research Philosophy | ...
Lesson-5: Ethics in Research
• Ethics in Research | R...
Lesson-6: Types of Research | Examples
• Types of Research: Des...
Lesson-7: Sampling
• Research Methodology: ...
Lesson-8: Sample Design Process | Examples
• Research Methodology |...
Lesson-9: Probability Sampling
• Research Methodology |...
Lesson-10: Non-Probability Sampling
• Research Methodology |...
Lesson-11: Determining Sample Size using Cochran & Yamane Formula for Finite & Infinite population with Examples
• Determining Sample Siz...
Lesson-12: Good Sample Design Characteristics | Sampling Error | Systematic Bias
• Good Sample Design Cha...
Lesson-13: Data Collection Procedure | Steps in Data Collection
• Data Collection Proced...
Lesson-14: Types of Research Variables
• Types of research Vari...
Lesson-15: Levels of Measurement Scale
• Levels of Measurement ...
Lesson-16: Sources of Error in measurement
• Source of Error in Mea...
Lesson-17: Tests of Sound Measurement (Goodness of Measurement)
• Test of Sound Measurem...
Lesson-18: Reliability and Reliability Testing Methods
• Reliability | Reliabil...
Lesson-19: Validity Tests
• Validity | Validity Te...
Lesson-20: Adopting, Adapting and Developing Measuring Instrument
• Measuring Instrument |...
Lesson-21: Steps to Develop Measuring Instrument
• Develop Measuring Inst...
Lesson-22: Secondary Data Collection Method
• Secondary Data Collect...
Lesson-23: Primary Data Collection-Observation Method
• Primary Data Collectio...
Lesson-24: Primary Data Collection-Interview and Focus Group Discussion
• Primary Data Collectio...
Lesson-25: Primary Data Collection-Questionnaire and Schedule
• Primary Data Collectio...
#researchmethodology #research #researchprocess #sample #sampling #samplesize #cochrane #yaman #finite #infinite #population
So good and straight to the point!!!! Thanks!!!
Welcome
Well explained video on necessary issues.
Thank you!!!
Welcome
precise n to the point.
Very well explained video on a topic that is complex. Thanks a bunch for this, it was indeed extremely helpful!
You're very welcome!
Thank You very much for your presentation, it really is simple and clear.
You are welcome!
Well explained video. Was really helpful
Thank you!
Excellent! Keep it up!
Thanks, will do!
Extremely nice ❤❤
Thank you
well explained thank u
You are welcome
Great presentation
Thank you!
we like how you explained it. May we have a copy of your presentation Sir?
Thank you!
Welcome
Thank you for your clear explanation about infinite and finite methods. I want to know what type of research we are using this method, it is possible to use it for household food insecurity access scale, access prevalence, and food consumption score.
It is used for quantitative research approach. If I get your question.
@@SolomonGetachew you mean not specified by research title let sY main is Househ3old food insecurity access scale.is it possible doing by this
@@tenadamshimelles9490 Your research design determine your sampling. Anyway, if it is not possible to conduct census and if it is required to take representative sample so that you can conclude about the population. You can use either formula as per the characteristics of your target population.
Dear Solomon,
In a cross sectional survey with known populations, N=117
which sample size calculations formula can I use to determine my sample size apart from Slovin formula and modified Cochran formula ?
The total population is so small that is 117. Thus, no need to take sample. Instead, conduct censes.
@@SolomonGetachew
Thank you for the prompt response. And subscribed!
Certainly, Census would better suit given the sample size. However, I was advised to rather look into sampling techniques and formulas. That is why I ask you about the formulas. Is there any books that you’d recommend on this?
@@luhabesha1800 Get many more books regarding Research Methodology in the following telegram channel: t.me/Research_Methodology_and_Books
@@luhabesha1800 Get many more books regarding Research Methodology in the following telegram channel: t.me/Research_Methodology_and_Books
Get a quota sample instead. No need for formula.
I assume that population size is unknown/ infinite, therefore I plan to use Cochrane Formula- which gives a sample size of 384, for this study, at 95% confidence interval, 50% degree of variability, 5% as margin of error. All my questions are on Likert 5 point scale (Interval data). Is that appropriate to be used?.
I think so.
Isn't that Kish Leslie formula?
Greetings sir
In case we want select different universities from list like we have 28 list how can I select from which should I collect data ?
Apply yamane formula it returns 26 as sample ?
Yemane formula is proper for determining the sample size at sample unit level.
How did you calculate the 3% marginal error to 0.03???
Just divide 3 by 100 and you get 0.03.
@@SolomonGetachew thank you so much sir, appreciate the knowledge you are sharing. How can I get further in touch with you sir?
What if the target population is 221,919?
It is considered as finite population.
I found this one vague. 😢
Let me know