What is the difference between the third element from the right in step IV and the fourth element from the left in step III?
In the given Input-Output the numbers are arranged from both the ends simultaneously. In first step- Lowest number is arranged from the left end and highest number is arranged from the right end. In second step- 2nd lowest number is arranged from the left end and 2nd highest number is arranged from the right end and so on... Also while arranging the numbers, the numbers which are arranged from left end are replaced by the addition of the digits of that number whereas the numbers which are arranged from the right end are replaced by the difference of the digits of that number. Input : 76 14 12 96 86 34 65 45 56 24 Step I: 03 76 14 86 34 65 45 56 24 03 Step II: 05 03 76 34 65 45 56 24 03 02 Step III: 06 05 03 34 65 45 56 03 02 01 Step IV: 07 06 05 03 45 56 03 02 01 01 Step V: 09 07 06 05 03 03 02 01 01 01 34 – 2 = 32
Which of the following options is INCORRECT?
The variation among the observations of each specific class is known as:
If the population kurtosis of the observations 16,12,6,2,4,10 is 1.7414, then population kurtosis of the 8,6,3,1,2,5 is
If random variable X follows binomial distribution with parameter n and p with mean 15 and variance 10, then the value of mode is
For the following frequency distribution
Class : 3-5 5-7 7-9 ...
Which of the following is the most relevant for deriving a point estimate?
Approximately, the coefficient of variation for the given data where Pearson's second measure of skewness = 0.42, arithmetic mean- 86 and median 80, is:
The interquartile range excludes ___ of the values.
If P(A) = 0.4; P(B ∣ A) = 0.05; P(C ∣ A) = 0.04; P(B ∣ A ∩ C) = 0.09; P(C ∣ A ∩ B) = 0.0 7, then the probability of occurrence of all event...