R. S. Aggarwal Solutions for Chapter: Alphabet Test, Exercise 5: Exercise
R. S. Aggarwal Reasoning Solutions for Exercise - R. S. Aggarwal Solutions for Chapter: Alphabet Test, Exercise 5: Exercise
Attempt the practice questions on Chapter 10: Alphabet Test, Exercise 5: Exercise with hints and solutions to strengthen your understanding. A Modern Approach to Verbal Reasoning solutions are prepared by Experienced Embibe Experts.
Questions from R. S. Aggarwal Solutions for Chapter: Alphabet Test, Exercise 5: Exercise with Hints & Solutions
In the following question, find out which of the letter series follows the given rule.
In the series, first, third and fifth letters, also second and fourth letters are skipped by a letter gap in between.
In the following question, find out which of the letter series follows the given rule.
The number of letters missed is not uniform.In the following question, find out which of the letter series follows the given rule.
There is a letter leaving two letters of the alphabet in order after the letters placed at odd-numbered positions and leaving one letter of the alphabet in order after the letters placed at even-numbered positions.In the following question, find out which of the letter series follows the given rule.
The letters are not according to a general rule.In the following question, find out which of the letter series follows the given rule.
In the given question, the letter sequence is formed by skipping three letters in the forward direction. Identify from the following alternatives which one of them cannot be formed using the above principle?In the following question, find out which of the letter series follows the given rule.
In the following series, the number of letters skipped in between the adjacent letters are in ascending order, i.e., . Which one of the following letter groups does not obey this rule?In the following question, find out which of the letter series follows the given rule.
The number of letters skipped between adjacent letters in the series decreases from to . Which one of the following series does not observe the rule given above?In the following question, find out which of the letter series follows the given rule.
This question is based on the following four-letter series. Study these carefully and try to understand the rule in each case.
In this question, a term is given which belongs to one of the above series. Find out to which series it belongs.
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