Mathematical operation and symbol notation

Mathematical operation and symbol notation

Easy Questions
Moderate Questions
Difficult Questions
Mathematical operation and symbol notation Tutorial

Verbal Reasoning

Eligibility Test
Logical order of words
Mathematical operation and symbol notation
Clock and calender
Problem Based on ages
Alphabet Test
Input Output
Linear Arrangement
Matrix Arrangement
Circular Arrangement
Logical Connectivity
Games And Tournament
Analogy
Classification
Number Series
Letter and Symbol Series
Coding Decoding
Sequencing and Formation
Direction and Distance
Sitting Arrangement
Blood Relations
Logical Venn Diagram
Cubes
Logical Problems
Theme Detection
Logical Deduction
Matching Definitions
Making Judgments
Logical Games
Verification of Truth/Lie of Statements
Routes and Networks
Time Sequence
Ranking Test
Inserting and Missing Character
Grid and Matrices
Syllogism
Statement and Argument
Statement and Assumption
Statement and Courses of Action
Statement and Conclusion
Cause and Effect
Grouping and Team Formation
Assertion and Reason
Situation Reaction Test
  1. Statements
    P < Q > T,
    R ≥ Q.
    Conclusions
    I. R > P
    II. T < R










  1. View Hint View Answer Discuss in Forum

    Given that,
    P < Q > T ...................(i)
    R ≥ Q ......................(ii)
    On combining the statements (i) and (ii), we get
    P < Q ≤ R
    R ≥ Q > T
    Conclusions
    I. R > P
    II. T < R

    Correct Option: E

    Given that,
    P < Q > T ...................(i)
    R ≥ Q ......................(ii)
    On combining the statements (i) and (ii), we get
    P < Q ≤ R
    R ≥ Q > T
    Conclusions
    I. R > P ...... (true)
    II. T < R .......(true)

    So, it is clear that both Conclusions I and II are true.

  1. Which one of the four interchange in signs or numbers would make the given equation correct ?
    6 x 4 + 2 = 16








  1. View Hint View Answer Discuss in Forum

    Apply all option one by one.

    Correct Option: C

    Apply all option one by one.
    ∵ 6 x 4 + 2 = 16 ⇒ 4 + 6 x 2 = 16 ⇒ 4 + 12 = 16

  1. Statements
    A = B ≤ C,
    A > R
    Conclusions
    I. B > R
    II. R < C










  1. View Hint View Answer Discuss in Forum

    Given that,
    A = B ≤ C ................(i)
    A > R .........................(II)
    On combining the statements (i) and (ii), we get
    R < A = B ≤ C
    Conclusion
    I. B > R. .................(true)
    II. R < C .................(true)

    Correct Option: E

    Given that,
    A = B ≤ C ................(i)
    A > R .........................(II)
    On combining the statements (i) and (ii), we get
    R < A = B ≤ C
    Conclusion
    I. B > R. .................(true)
    II. R < C .................(true)
    So, it is clear that both Conclusions I and II follow from the given statements.

  1. Statements
    S > C ≥ 0, P < C
    Conclusions
    I. 0 < P
    II. S > P










  1. View Hint View Answer Discuss in Forum

    Given that
    S > C ≥ O ....(i)
    P < C ...............(ii)
    On combined the statement (i) and (ii), we get
    S > C > P
    P < C ≥ O
    Conclusions
    I. O < P............... (false)
    II. S > P ................ (true)

    Correct Option: A

    Given that
    S > C ≥ O ....(i)
    P < C ...............(ii)
    On combined the statement (i) and (ii), we get
    S > C > P
    P < C ≥ O
    Conclusions
    I. O < P............... (false)
    II. S > P ................ (true)
    So, it is clear that only Conclusion II follow from the given statements.

  1. Statements
    H ≥ I = J > K ≤ L
    Conclusions
    I. K < H
    II. L ≥ I










  1. View Hint View Answer Discuss in Forum

    Given that,
    H ≥ I = J > K ≤ L
    Here, statements are already combined
    H ? I = J > K means H > K
    Conclusions
    I. K < H     (true)
    II. L ≥ I     (false)

    Correct Option: A

    Given that,
    H ≥ I = J > K ≤ L
    Here, statements are already combined
    H ? I = J > K means H > K
    Conclusions
    I. K < H     (true)
    II. L ≥ I     (false)
    So, it is clear that only Conclusion I follows from the given statements.