A. nq

C. nP

D. p

B. Two extreme class frequency

C. None of these

D. Two extreme class limits

A. Point

B. w.r.m

D. unit

A. Education

B. Science

C. Intelligence

B. 10th century

C. 12th century

D. 14th century

A. S.D. of data h2/12

B. varies of data P2/6

C. M.D. of data h2/6

A. With out replacement from an infinite population

B. With replacement

D. With replacement from a finite population

A. Q ? Qo

B. Q ? Qo

D. Q = Qo

A. May be inependent or dependent

B. None of these

D. Dependent

A. Laspeyres Price Index

C. Retail Price Index

D. Financial time Index

B. None of these

C. Positively skewed

D. Negative skewed

A. Efficient

C. Consistent

D. Sufficient

A. positively skewed

B. Negatively skewed

C. None of these

A. Cost

C. Region of goods

D. variable

A. Ux

C. 6

D. 6/?n

B. Geometric distribution

C. Hpergeometric distribution

D. None of these

A. It is a function of any sufficient statistics in the set.

C. It is not a function of every other set of sufficient statistics.

D. It is a function of some other set of sufficient statistics.

B. Less than equal to mean

C. Equal to mean

D. Greater than mean

B. Geometric distribution

C. Binomial distribution

D. Sampling distribution

B. Ties never affect the decision

C. Ties always affect the decision

D. Ties between the two sample may affect the decision

B. Mean

C. Skewed

D. Lack

A. N(1 p) > 5

C. 2 n 5

D. N < 30

B. 3

C. -1

D. 1

A. Non of these

C. Pq

D. xm

A. Relatives

B. Wholesale

C. commodities

A. Variable

B. All of above

D. Non of these

A. Qualitative

B. Divided into at least two classifications

D. Quantitative

A. Standard deviation

B. C.V.

C. Variation

A. Regards the base year price as fixed

B. non of these

D. Regards the current year quantities as fixed

A. None of these

C. There is an unusually small number of runs

D. There is an unusually large number of runs

A. Coefficient of variance

B. S.D. of x

D. Normal

B. P(X = 0)

C. p(0 ? X? n)

D. P(X > 0)

A. Probability remains constant for all the trials.

B. Probability changes from trial to trial

C. Successive trial are dependent

B. 60

C. 20

D. 30

A. Four

B. Five

C. Three

B. >

C. ?

D. ?

B. Numerical

C. Estimator

D. Probability

B. Failure

C. Experiment

D. Out come

A. The sampling distribution of the statistics assuming Null Hypothesis

B. calculations based on many actual repetitions of the same Experiment

D. Non of these

A. Point estimator

B. C.I.

C. Parameter

B. Aggregate index numbers

C. Weighted price index only

D. Weighted quantity index only

A. nN/k

C. N-k/n

D. n+k/N

A. x1.65 6/?n

B. 1.96 6/?n

C. u1.95 S/?n

A. Compares relative quantities to relative prices

B. Compares relative quantities

C. Compares absolute prices to absolute quantities

A. Capable

B. Same

C. Variation

B. Dependent

C. Linear

D. Equal

A. 50/20

C. 50-20=30

D. 70

A. Price increase

B. Price absolute

C. Price decrease

B. Sufficient estimator

C. Bays estimator

D. Minimax estimator

A. X

C. n(1 1)

D. ?fx/?f