IGNOU MSCAST MST 21 Classical and Bayesian Inference Solved Assignment ENGLISH

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MSCAST 2026 - ENGLISH
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MST 21: Classical and Bayesian Inference

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Title Name IGNOU MSCAST MST 21 Classical and Bayesian Inference Solved Assignment ENGLISH
Type Soft Copy (E-Assignment) .pdf
University IGNOU
Degree MASTER DEGREE PROGRAMMES
Course Code MSCAST
Course Name M.Sc. (Applied Statistics)
Subject Code MST 21
Subject Name Classical and Bayesian Inference
Year 2026
Session -
Language ENGLISH
Assignment Code MST 21/Assignment-1/2026
Product Description Assignment of MSCAST (M.Sc. (Applied Statistics)) 2026. Latest MST 021 2026 Solved Assignment Solutions
Format Ready-to-Print PDF (.soft copy)

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MST 021 (January 2026 - July 2026) - ENGLISH

Course Code: MST-021

Assignment Code: MST-021/TMA/2026

Maximum Marks: 100

Note: All questions are compulsory. Answer in your own words.

1. State whether the following statements are True or False. Give reasons in support of your answer:

(5×2=10)

(i) When the population distribution is unknown and the data are measured on a nominal scale, the Sign test can be used to test a hypothesis about the median.

(ii) In the Bayesian framework, prior information about the parameter is combined with the likelihood to obtain the posterior distribution.

(iii) The Wilcoxon rank-sum test is a non-parametric alternative to the two-sample t-test when normality is not assumed.

(iv) A complete sufficient statistic guarantees the uniqueness of the unbiased estimator obtained through it.

(v) The power of a statistical test is the probability of accepting the null hypothesis when it is true.

2. A pharmaceutical company fills medicine bottles with a target weight of 500 mg. It is known that the filling weights are normally distributed with known variance o² = 16. Derive the likelihood ratio test for testing

Ηο: μ = 500againstH₁: μ ≠ 500

at significance level a.

3. Suppose the number of breakdowns per month in a factory follows a Poisson distribution with parameter λ.

(i) Find the Cramer-Rao lower bound for an unbiased estimator of λ.

(ii) Obtain the UMVUE of λ.

(i) Find the Cramer-Rao lower bound for the variance. (ii) Also, find the UMVUE of $lambda$. (20)

5. Two independent groups of patients were given Drug X and Drug Y. The recovery times (in days) are as follows:

           
Drug X 8 10 9 7 11
Drug Y 6 7 5 8 6

(i) State the null and alternative hypotheses.

(ii) Explain why the Mann–Whitney U test is appropriate for this data.

(iii) Perform the test at the 5% level of significance and draw a conclusion. (20)

6. Differentiate between classical and Bayesian estimation. (10)


 


MST 021 (January 2025 - July 2025) - ENGLISH

TUTOR MARKED ASSIGNMENT

MST-021: Classical and Bayesian Inference

Course Code: MST-021

Assignment Code: MST-021/TMA/2025

Maximum Marks: 100

Note: All questions are compulsory. Answer in your own words.

1(a) State whether the following statements are True or False. Give reasons in support of your answer:

(i) If the form of the population is not known and data are in ordinal form then we apply the Wilcoxon Signed rank test for testing hypothesis about average.

(ii) The Neyman-Pearson lemma provides the most powerful test of size a for testing a simple hypothesis against a simple alternative hypothesis.

(iii) The Rao-Blackwell theorem enables us to obtain a manimum variance unbiased estimator through complete statistic.

(iv) For testing goodness of fit when the data are in categorical form, we use K-S test.

(v) In the Bayesian approach, we treat the parameter as a constant.

(b) Differentiate between Rao-Blackwell and Lehmann-Scheffe theorems.

2. A faculty member of a university receives a number of emails. If X represents the number of spam emails in n emails and follows a binomial distribution with parameters equation where equation is the probability of getting spam email, then find the posterior distribution of considering the following beta distribution.

equation

Also, find the posterior mean of θ .

3. A food processing company packages 10 gm of honey in small jars. Previous experience suggests that the volume of a randomly selected jar of the company’s honey is normally distributed with a known variance of 2 gm. Drive likelihood ratio test for testing

equation

at a α level of significance. Givenequation

4. If the number of weekly accidents occurring on a mile stretch of a particular road follows a Poisson distribution with parameter λ . Then

(i) Find the Cramer-Rao lower bound for the variance.

(ii) Also, find the UMVUE of λ .

5. The following data give the sales of 6 models of mobiles at four different stores. The sales of each mobile (in number of mobiles sold) from each store are given as follows:

Store A  Store B Store C Store D
58 74 35 78
55 57 51 85
38 65 41 62
63 48 52 75
41 83 54 87
50 61 53 57

 

Test whether there is a significant difference in the sales of the four stores by using the Kruskal Wallies test at 1% level of significance equation

 

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Course: M.Sc. (Applied Statistics) (MSCAST)
Subject: MST 21 - Classical and Bayesian Inference
Session: January 2026 - December 2026
Language: ENGLISH

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Course Name M.Sc. (Applied Statistics)
Course Code MSCAST
Subject Code MST 21
Subject Classical and Bayesian Inference
Programme MASTER DEGREE PROGRAMMES Courses
Language ENGLISH
Material Type Solved Assignment – Soft Copy / PDF

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