Central tendency measures quiz, central tendency measures MCQs answers, MBA business statistics quiz 90 to learn business analytics online courses. Measures of central tendency quiz questions and answers, central tendency measures multiple choice questions (MCQs) to practice statistics test with answers for online colleges and universities courses. Learn central tendency measures MCQs, rules of probability and algebra, binomial probability distribution, central tendency measures test prep for business analyst certifications.

Learn central tendency measures test with multiple choice question (MCQs): σxwis divided by σwis used to calculate, with choices weighted arithmetic mean, paired arithmetic mean, non-paired arithmetic mean, and square of arithmetic mean for online bachelor degree. Learn measures of central tendency questions and answers for problem-solving, merit scholarships assessment test for business administration certifications.

Central Tendency Measures Quiz

MCQ: Σxwis divided by Σwis used to calculate

1. weighted arithmetic mean
2. paired arithmetic mean
3. non-paired arithmetic mean
4. square of arithmetic mean

A

Binomial Probability Distribution Quiz

MCQ: Variance of binomial probability distribution is larger in value if

1. q is greater than 0.5
2. p and q are equal
3. p and q are greater than 0.5
4. p is greater than 0.5

B

Central Tendency Measures Quiz

MCQ: Product A has per unit contribution of 6 with sold quantity of 120 units, product B has per unit contribution of 8 with sold quantity of 100 units and product C has per unit contribution of 10 with sold quantity of 130 units then weighted average mean is

1. \$7.06
2. \$8.06
3. \$9.06
4. \$10.06

B

Rules of Probability & Algebra Quiz

MCQ: If a luggage bag contains two types of shirts, 40 percent are dress shirts, 45 percent are T-shirts and 30 percent are blue jeans then probability of selecting a dress shirt in random sample is

1. 0.47
2. 0.4
3. 0.35
4. 0.3

B

Hyper Geometric Distribution Quiz

MCQ: If random samples are drawn without replacement and population from which samples are drawn is infinite then method which is not applicable is

1. weighted error probability distribution
2. hyper geometric probability distribution
3. Bernoulli probability distribution
4. asymmetrical random distribution

B