Coded Inequality Reasoning - PowerPoint PPT Presentation

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Coded Inequality Reasoning

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Inequality is one of the most important topics from which 3-5 questions are expected in the bank exams. Inequalities questions are either asked directly or in the coded form & both of the types are important. Here in this ppt, we are discussing the concept of coded inequality. – PowerPoint PPT presentation

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Title: Coded Inequality Reasoning


1
REASONING
Coded Inequality
2
Coded Inequality
  • Inequality is one of the most important topics
    from which 3-5 questions are expected in the bank
    exams. Inequalities questions are either asked
    directly or in the coded form both of the types
    are important. Here in this ppt, we are
    discussing the concept of coded inequality

3
Coded Inequality
  • Directions (1-5) The symbols _at_, , , and
    are used in the following questions with the
    meaning as mentioned below-
  •  
  • P is not smaller than Q is represented by PQ
  • P is not greater than Q is represented by P_at_Q
  • P is neither greater than nor equal to Q is
    represented by PQ
  • P is neither equal to nor smaller than Q is
    represented by PQ
  • P is neither smaller than nor greater than Q is
    represented by PQ
  •  
  • Assuming the given statement to be true, find
    which among the following conclusions is/are
    definitely true?

4
Coded Inequality
  • Q1. Statements M S _at_ Z R N
  • Conclusions
  • I. M Z     II. R M III.S N
  • (a) None is true
    (b) Only I is true
    (c) Only III is true
  • (d) Either I or II is true
    (e) All are true
  • S1. Ans (d)
  • To solve coded inequality based questions, we
    should first convert coded inequality into
    simplified form
  • M gt S Z R N
  • M Z i.e. M gt Z (false)
  • R M i.e. R M (false)
  • S N i.e. S gt N (false)

5
Coded Inequality
  • Q2. Statements A B, B M, K M
  • Conclusions
  • I. K B     II. M _at_ A III. A K
  • (a) Only I and III are true
    (b) Only II and III are true
  • (c) Only I and II are true
    (d) All are true
    (e) None of these
  • S2. Ans (c)
  • On converting coded inequality into simplified
    form, we get
  • A B M lt K
  • K B i.e. K gt B (true)  
  • M _at_ A i.e. M A (true)
  • A K i.e. A gt K (false)

6
Coded Inequality
  • Q3. Statements R M, M Z, Z _at_ A, Y Z
  • Conclusions
  • I. R Y     II. Z R    III.Y R
  • (a) None is true
    (b) Only II is true
    (c) Only I and II are true
  • (d) Only II and III are true
    (e) All are true
  • S3. Ans (b)
  • On converting coded inequality into simplified
    form, we get
  • R M gt Z A
  • Y gt Z
  • R Y i.e. R gt Y (false)
  • Z R i.e. Z lt R (true)  
  • Y R i.e. Y gt R (false)

7
Coded Inequality
  • Q4. Statements M S _at_ Z R N
  • Conclusions
  • I. N Z     II. R M III. S N
  • (a) None follows
    (b) Only I is true
    (c) Only III is true
  • (d) Either I or II is true
    (e) All are true
  • S4. Ans (a)
  • On converting coded inequality into simplified
    form, we get
  • M gt S Z R N
  • N Z i.e. N lt Z (false) 
  • R M i.e. R lt M (false)
  • S N i.e. S N (false)

8
Coded Inequality
  • Q5. Statements R M, M Z, Z _at_ A, Y Z
  • Conclusions
  • I. R Z     II. Z A III.R A
  • (a) Only I is true
    (b) Only II is true
    (c) Only I and II are true
  • (d) Only II and III are true (e)
    All are true
  • S5. Ans (a)
  • On converting coded inequality into simplified
    form, we get
  • R M gt Z A
  • Y gt Z
  • R Z i.e. R gt Z (true) 
  • Z A i.e. Z lt A (false)
  • R A i.e. R A (false)
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