1. A single letter is selected at random from the word 'probability'. The probability that it is a vowel is





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QA->Assume there are 4 file servers each with a 95 chance of being up at any instant. Probability of at least one being available is :....
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MCQ-> The English alphabet is divided into five groups. Each group starts with the vowel and the consonants immediately following that vowel and the consonants immediately following that vowel are included in that group. Thus, the letters A, B, C, D will be in the first group, the letters E, F, G, H will be in the second group and so on. The value of the first group is fixed as 10, the second group as 20 and so on. The value of the last group is fixed as 50. In a group, the value of each letter will be the value of that group. To calculate the value of a word, you should give the same value of each of the letters as the value of the group to which a particular letter belongs and then add all the letters of the word: If all the letters in the word belong to one group only, then the value of that word will be equal to the product of the number of letters in the word and the value of the group to which the letters belong. However, if the letters of the words belong to different groups, then first write the value of all the letters. The value of the word would be equal to the sum of the value of the first letter and double the sum of the values of the remaining letters.For Example : The value of word ‘CAB’ will be equal to 10 + 10 + 10 = 30, because all the three letters (the first letter and the remaining two) belong to the first group and so the value of each letter is 10. The value of letter BUT = $$10 + 2 \times 40 + 2 \times 50 = 190$$ because the value of first letter B is 10, the value of T = 2 $$\times$$ 40 (T belongs to the fourth group) and the value of U = 2 $$\times$$ 50 (U belongs to the fifth group). Now calculate the value of each word given in questions 161 to 165 :AGE
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MCQ-> In each of these questions a group of letters is given followed by four combinations of digits ad symbols numbered (A), (B), (C) and (D). The letters are to be coded as per the scheme and conditions given below. The serial number of the combination that correctly represents the group of letters is, your answer. If none of the combinations is correct your answer is (E) i.e: None of these: Conditions: (i) If the first letter in the, group is a vowel and the last letter is a consonant their codes are to be interchanged: (ii) If the first letter in the group is a consonant and the last letter is a vowel both are o be coded by the code for vowel. (iii)If the first as well as the last letter is a vowel both are to be coded by the code for first letter.IRHMEJ
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MCQ-> Analyze the following passage and provide appreciate answers for the questions that follow. Ideas involving the theory probability play a decisive part in modern physics. Yet we will still lack a satisfactory, consistence definition of probability; or, what amounts to much the same, we still lack a satisfactory axiomatic system for the calculus of probability. The relations between probability and experience are also still in need of clarification. In investigating this problem we shall discover what will at first seem an almost insuperable objection to my methodological views. For although probability statements play such a vitally important role in empirical science, they turn out to be in principle impervious to strict falsification. Yet this very stumbling block will become a touchstone upon which to test my theory, in order to find out what it is worth. Thus, we are confronted with two tasks. The first is to provide new foundations for the calculus of probability. This I shall try to do by developing the theory of probability as a frequency theory, along the lines followed by Richard von Mises, But without the use of what he calls the ‘axiom of convergence’ (or ‘limit axiom’) and with a somewhat weakened ‘axiom of randomness’ The second task is to elucidate the relations between probability and experience. This means solving what I call the problem of decidability statements. My hope is that the investigations will help to relieve the present unsatisfactory situation in which physicists make much use of probabilities without being able to say, consistently, what they mean by ‘probability’.The statement, “The relations between probability and experience are still in need of clarification” implies that:
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MCQ-> i. If the first letter is a vowel and last letter is a consonant, both are to be coded as © ii. If the first letter is a consonant and last letter is a vowel, both are to be coded as 0 iii. If the first letter as well as the last letter are vowels, both are to be coded as the code of the last letter.N F R S C A
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MCQ-> Conditions : (i) If the first letter is a consonant and the last a vowel, both are to be coded as the code of the vowel. (ii) If the first letter is a vowel and the last a consonant, the codes for the first and the last are to be interchanged. (iii)If no vowel is present in the group of letters, the second and the fifth letters are to be coded as c:BARNIS
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