Mathematical and Computer Operations - Verbal Reasoning Questions and Answers with solutions or explanation for interview, entrance tests and competitive exams. Practice online quiz, fully solved examples with detailed answers. Are you eager to practice the Mathematical and Computer Operations Verbal Reasoning Quiz? Mathematical and Computer Operations Verbal Reasoning Questions are provided on this page to prepare for all the competitive examinations. So, the contenders who are ready to play with the Mathematical and Computer Operations Verbal Reasoning Online Test can check this post. By referring to all the portions of this page, the students can know about the Mathematical and Computer Operations Verbal Reasoning MCQ Quiz. To gather and learn the multiple choice questions regarding Mathematical and Computer Operations topic the hopefuls can refer to this article.
Mathematical and Computer Operations Verbal Reasoning Questions - Mathematical and Computer Operations Quiz Details
Online Test Name |
Mathematical and Computer Operations |
Exam Type |
Multiple Choice Questions |
Category |
Verbal Reasoning Quiz |
Number of Questions |
125 Questions |
To solve the Mathematical and Computer Operations Verbal Reasoning Questions, the applicants need to know the basic operations of the Mathematics. The contenders can improve the Mathematical Calculations by practicing the Mathematical and Computer Operations Quiz. So, all the aspirants need to take part in the Mathematical and Computer Operations MCQ Online Test and learn the concepts. The competitors need to verify all the particulars of the Mathematical and Computer Operations Quiz and prepare the questions along with the answers.
Mathematical and Computer Operations Verbal Reasoning Questions
At the last of this article, the quiz is arranged with the Mathematical and Computer Operations Verbal Reasoning Questions. The contenders can check and practice to improve the reasoning skills. To score the sectional cutoff marks in the Reasoning, all the aspirants need to practice the Mathematical and Computer Operations Verbal Reasoning Online Tests. So, on this page, we have provided the Mathematical and Computer Operations Verbal Reasoning Quiz for the sake of contenders. Without any login and sign-in details, the candidates can take part in the online test to learn the Mathematical and Computer Operations Verbal Reasoning Questions.
Mathematical and Computer Operations MCQ Quiz Answers with Solutions
Mathematical and Computer Operations MCQ Quiz is very beneficial to all the applicants to prepare for the examinations. Along with the answers to the Mathematical and Computer Operations Verbal Reasoning Questions, the contenders can also check the explanation. Allindiaexams.in have provided a more online test to practice for the interviews and exams. So, the interested applicants can visit and check the quizzes. In addition to this, the postulates can bookmark this page to get the updates related to the Mathematical and Computer Operations Verbal Reasoning Questions.
1. In the following questions, the symbols @, #, $, % and © are used with the following meaning as illustrated below:
'P$Q' means 'P is not greater than Q'.
'P@Q' means 'P is neither smaller than nor equal to Q'.
'P%Q' means 'P is neither greater than not equal to Q'.
'P©Q' means 'P is not smaller than Q'.
'P#Q' means 'P is neither greater than nor smaller than Q'.
Now in each of the following questions assuming the given statements to be true, find which of the three conclusions I, II and III given below them is are definitely true.
Statements: M @ R, R © K, J % K
Conclusions: I. M @ J II. J % R III. K % M
- A. None follows
- B. Only either I or II follows
- C. Only either II or III follows
- D. Only II and III follows
- E. All follow
Answer: Option E
Explanation:
M > R --- (i) R ≥ K --- (ii) J < K --- (iii)
combining (i), (ii) and (iii), we get:
M > R ≥ K > J => M > J (conclusion I),
R > J (conclusion II),
M > K (conclusion III),
Hence, conclusion I (M > J), conclusion II (J < R) and conclusion III (K < M) are all true.
2. In the following questions, the symbols @, #, $, % and © are used with the following meaning as illustrated below:
'P$Q' means 'P is not greater than Q'.
'P@Q' means 'P is neither smaller than nor equal to Q'.
'P%Q' means 'P is neither greater than not equal to Q'.
'P©Q' means 'P is not smaller than Q'.
'P#Q' means 'P is neither greater than nor smaller than Q'.
Now in each of the following questions assuming the given statements to be true, find which of the three conclusions I, II and III given below them is are definitely true.
Statements: D © N, N # V, W $ V
Conclusions: I. D # W II. W % D III. V #
- A. None follows
- B. Only either I or II follows
- C. Only either II or III follows
- D. Only either II or III and I follow
- E. All follow
Answer: Option B
Explanation:
D ≥ N -- (i) N = V -- (ii) W ≤ V -- (iii)
combining (i) and (ii), we get:
D ≥ N = V => D ≥ N. Hence, conclusion III (V = D) is not necessary true.
Again, combining all (i), (ii) and (iii), we get
D ≥ N = V ≥ W => D ≥ W. Hence, neither conclusion I (D = W) or conclusion II (W < D) is true. But both conclusion I (D = W) and conclusion II (W
3. In the following questions, the symbols @, #, $, % and © are used with the following meaning as illustrated below:
'P$Q' means 'P is not greater than Q'.
'P@Q' means 'P is neither smaller than nor equal to Q'.
'P%Q' means 'P is neither greater than not equal to Q'.
'P©Q' means 'P is not smaller than Q'.
'P#Q' means 'P is neither greater than nor smaller than Q'.
Now in each of the following questions assuming the given statements to be true, find which of the three conclusions I, II and III given below them is are definitely true.
Statements: H % B, M © B, K # M
Conclusions: I. K @ H II. B # K III. K @ B
- A. All follow
- B. Only I follows
- C. Only either II or III follows
- D. Only either II or III and I follows
- E. None of these
Answer: Option D
Explanation:
H < B -- (i) M ≥ B -- (ii) K + M -- (iii)
combining (ii) and (iii), we get:
K = M ≥ B => K ≥ B. Hence, neither conclusion II (B = K) or conclusion III (K > B) is true. But, both conclusion I and II together make a complementary pair. Hence, either conclusion II (B = K) or conclusion III (K > B) is true.
Again combining all (i), (ii) and (iii) we get K = M ≥ B > H => K > H (conclusion I). Hence conclusion I (K > H) is true.
4. In the following questions, the symbols @, #, $, % and © are used with the following meaning as illustrated below:
'P$Q' means 'P is not greater than Q'.
'P@Q' means 'P is neither smaller than nor equal to Q'.
'P%Q' means 'P is neither greater than not equal to Q'.
'P©Q' means 'P is not smaller than Q'.
'P#Q' means 'P is neither greater than nor smaller than Q'.
Now in each of the following questions assuming the given statements to be true, find which of the three conclusions I, II and III given below them is are definitely true.
Statements: V © M, N % V, J @ N
Conclusions: I. J @ M II. M @ N III. V @ J
- A. None follows
- B. Only I follows
- C. Only either I or II follows
- D. Only III follows
- E. All follows
Answer: Option A
Explanation:
V ≥ M -- (i) N < V -- (ii) J > N -- (iii)
From (i) and (ii), no specific relation between M and N can be established. Hence, conclusion II (M > N) is not necessarily true.
Again, from (i), (ii) and (iii), no specific relation between V and J can be established. Hence, conclusion III (V > J) is not necessarily true.
5. In the following questions, the symbols @, #, $, % and © are used with the following meaning as illustrated below:
'P$Q' means 'P is not greater than Q'.
'P@Q' means 'P is neither smaller than nor equal to Q'.
'P%Q' means 'P is neither greater than not equal to Q'.
'P©Q' means 'P is not smaller than Q'.
'P#Q' means 'P is neither greater than nor smaller than Q'.
Now in each of the following questions assuming the given statements to be true, find which of the three conclusions I, II and III given below them is are definitely true.
Statements: T # R, R $ W, W % H
Conclusions: I. H @ R II. H @ T III. H © T
- A. Only I follows
- B. Only II follows
- C. Only I and II follows
- D. All follows
- E. None of these
Answer: Option C
Explanation:
T = R -- (i) R < W -- (ii) W < H -- (iii)
combining (ii) and (iii), we get
H > W ≥ R => H > T (conclusion II). Hence, conclusion II (H ≥ T) is true but conclusion III (H ≥ T) is not true.