This online test contains MCQs about following topics:
Try the Statistics Ics Part 1 Chapter 6 Online Test.
Total Questions17
Time Allowed20
Introduction to probability . Permutations . Combinations . Probability
Ch. # | Test Name | MCQs Available | PDF File | Answers Mode | Launch Test |
---|---|---|---|---|---|
1 | Statistics Ics Part 1 Chapter 1 Online Test | 65 | Download PDF | MCQ Answers | Launch Test |
2 | Statistics Ics Part 1 Chapter 2 Online Test | 60 | Download PDF | MCQ Answers | Launch Test |
3 | Statistics Ics Part 1 Online Test | 596 | Download PDF | MCQ Answers | Launch Test |
3 | Statistics Ics Part 1 Chapter 3 Online Test | 77 | Download PDF | MCQ Answers | Launch Test |
4 | Statistics Ics Part 1 Chapter 4 Online Test | 80 | Download PDF | MCQ Answers | Launch Test |
5 | Statistics Ics Part 1 Chapter 5 Online Test | 75 | Download PDF | MCQ Answers | Launch Test |
6 | Statistics Ics Part 1 Chapter 6 Online Test | 46 | Download PDF | MCQ Answers | Launch Test |
7 | Statistics Ics Part 1 Chapter 7 Online Test | 86 | Download PDF | MCQ Answers | Launch Test |
8 | Statistics Ics Part 1 Chapter 8 Online Test | 56 | Download PDF | MCQ Answers | Launch Test |
9 | Statistics Ics Part 1 Chapter 9 Online Test | 51 | Download PDF | MCQ Answers | Launch Test |
Sr. # | Questions | Answers Choice |
---|---|---|
1 | The numebr of ways in whihc four books can be arranged on a shelf is. | 4 6 24 12 |
2 | Probability of an impossible event is | Zero Negative Positive One |
3 | Subset of sample is called: | Simple event Compound event Experiment Event |
4 | If A∪B = S then A and B are __________ events. | Equally likely Exhaustive Compound None of these |
5 | How many possible permutations can be formed from the wood COMMITTEE. | 45360 9 6 None of them |
6 | P(A or B) = P (A∪B) = P(A) +P(B) then A and B are. | Mutually exclusive Independent events Not mutually exclusive Dependent |
7 | If n is the number of elements of a set. the total numebr of subsects of this set in | 2n n2 2<sup>n</sup> n |
8 | <sup>n</sup>C<sub>r</sub> is calculated by formula | |
9 | If E a and impossible event, then P(E) is. | 0 0.5 1 Impossible |
10 | The number of terms in the expansion of the binomial (p+q)<sup>n</sup> is. | n n-1 n+1 2n |