B.A/B.Sc., STATISTICS (WITH MATHMATICS) REVISED SYLLABUS CBCS/SEMESTER SYSTEM (W.E.F 2020-21 ADMITTED BATCH) SEMESTER-IV PAPER V: APPLIED STATISTICS UNIT I Time Series: Time Series and its components with illustrations, additive, multiplicative models. Trend: Estimation of trend by free hand curve method, method of semi averages.Determination of trend by least squares (Linear trend, parabolic trend only), […]
Category: Syllabus
SAMPLING TECHNIQUES AND DESIGNS OF EXPERIMENTS
SEMESTER – IV PAPER IV: SAMPLING TECHNIQUES AND DESIGNS OF EXPERIMENTS Practicals – Paper –IV Note: Minimum of 10 practicals should be done Sampling Techniques Estimation of population mean and its variance by Simple random sampling with and without replacement. Comparison between SRSWR and Stratified random sampling with proportional and optimum allocations. Comparison between proportional […]
SAMPLING TECHNIQUES AND DESIGNS OF EXPERIMENTS
B.A/B.Sc., STATISTICS (WITH MATHMATICS) REVISED SYLLABUS CBCS/SEMESTER SYSTEM (W.E.F 2020-21 ADMITTED BATCH) SEMESTER – IV PAPER IV: SAMPLING TECHNIQUES AND DESIGNS OF EXPERIMENTS UNIT I Simple Random Sampling (with and without replacement): Notations and terminology, various probabilities of selection. Random numbers tables and its uses. Methods of selecting simple random sample, lottery method, method […]
STATISTICAL INFERENCE Practicals
SEMESTER – III PAPER-3: STATISTICAL INFERENCE Practicals – Paper –III Note: Minimum of 10 practicals should be done Large sample test for single mean Large sample test for difference of means Large sample test for single proportion Large sample test for difference of proportions Large sample test for difference of standard deviations Large sample test […]
STATISTICAL INFERENCE
B.A/B.Sc., STATISTICS (WITH MATHMATICS) REVISED SYLLABUS CBCS/SEMESTER SYSTEM (W.E.F 2020-21 ADMITTED BATCH) SEMESTER – III PAPER-3: STATISTICAL INFERENCE UNIT-I Concepts: Population, Sample, Parameter, statistic, Sampling distribution, Standard error. Central limit theorem (statement only). Student’s t- distribution, F – Distribution, χ2-Distribution: Definitions, properties and their applications (No need of derivatiions) UNIT-II Theory of estimation: Estimation […]
PROBABILITY THEORY AND DISTRIBUTIONS
B.A/B.Sc., STATISTICS (WITH MATHMATICS) REVISED SYLLABUS CBCS/SEMESTER SYSTEM (W.E.F 2020-21 ADMITTED BATCH) SEMESTER – II PAPER – II: PROBABILITY THEORY AND DISTRIBUTIONS UNIT-I Introduction to Probability: Basic Concepts of Probability, random experiments, trial, outcome, sample space, event, mutually exclusive and exhaustive events, equally likely and favourable outcomes. Mathematical, Statistical, axiomatic definitions of probability. Conditional Probability […]
Descriptive Statistics Practicals
B.Sc. STATISTICS (With Mathematics) Descriptive Statistics Practicals – Paper – I Note: Minimum of 10 Practicals should be done Graphical presentation of data (Histogram, frequency polygon, Ogives). Diagrammatic presentation of data (Bar and Pie). Computation of measures of central tendency(Mean, Median and Mode) Computation of measures of dispersion(Q.D, M.D and D) Computation of non-central, central […]
B.Sc. STATISTICS (With Mathematics)
B.A/B.Sc. Statistics (With Mathematics) Core Syllabus under CBCS w.e.f. 2020-21 Structure of Statistics (With Mathematics) B.Sc. STATISTICS (With Mathematics) YEAR SEM PAPER SUBJECT FIRST YEAR I I Descriptive Statistics Practical-I II II Probability Theory And Distributions Practical-II SECOND YEAR III III Statistical […]
LINEAR ALGEBRA SYLLABUS
SEMESTER – IV, PAPER – V CBCS/ SEMESTER SYSTEM (w.e.f. 2020-21 Admitted Batch) B.A./B.Sc. MATHEMATICS LINEAR ALGEBRA SYLLABUS (75 Hours) Course Outcomes: After successful completion of this course, the student will be able to; understand the concepts of vector spaces, subspaces, basis, dimension and their properties understand the concepts of linear transformations and their properties […]
ABSTRACT ALGEBRA SYLLABUS
SEMESTER-III, PAPER-III CBCS/ SEMESTER SYSTEM (w.e.f. 2020-21 Admitted Batch) B.A./B.Sc. MATHEMATICS ABSTRACT ALGEBRA SYLLABUS (75 Hours) Course Outcomes: After successful completion of this course, the student will be able to; acquire the basic knowledge and structure of groups, subgroups and cyclic get the significance of the notation of a normal get the behavior of permutations […]
