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Coding Inequalities - Intermediate-Advanced Level: coded relationships INTERMEDIATE-ADVANCED

Intensive strategic solving 🎯 drill: 20 intermediate-advanced-level coding inequalities questions. Worksheet 20 of 30 hones your coded relationships abilities. Practice symbol inequality, code decoding, inequality logic under timed conditions. Best for advanced developing students seeking advanced concepts with increasing complexity.

πŸ“ Worksheet 20 of 30 β€’ 20 questions β€’ ⏱️ Estimated time: 20 minutes β€’ 🎯 Intermediate-advanced level

What you'll learn in this worksheet:
Your progress through Coding Inequalities
Worksheet 20 of 30 (66% complete)

Question 1

Directions: Ξ” = >, βˆ‡ = <, β—Œ = =, β–‘ = >=, β—‹ = <=, β˜† = != Statement: Z Ξ” B βˆ‡ V Conclusions: I. Z = V II. Z β‰  V Which of the following is true?
Decoded statement: Z > B < V

Since the conclusions are complementary (one is the exact opposite of the other), exactly one of them must be true. Therefore, either I or II follows.
boolean, logic, complementary

Question 2

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statement: B @ D D $ W W # C Conclusions: I. B = C II. B β‰  C Which of the following is true?
Decoded statement: B > D D = W W < C

Conclusion I (B = C): Does not follow
Conclusion II (B β‰  C): Follows

Therefore, II only is correct.
chain, sequence

Question 3

Directions: β†’ = >, ← = <, ↔ = =, β‡’ = >=, ⇐ = <=, ⇔ = != Statement: H β†’ T β†’ Q β†’ R β†’ D Conclusions: I. H > Q II. Q < D Which of the following is true?
Decoded statement: H > T > Q > R > D

Chain: A > B > C > D > E
H > Q follows by transitivity, Q < D does not follow

Therefore, I only is correct.
transitive, logic

Question 4

Directions: * = >, + = <, = = =, - = >=, / = <=, ! = != Statement: C + A A - T T * U Conclusions: I. C > U II. C < U Which of the following is true?
Decoded statement: C < A A >= T T > U

Conclusion I (C > U): Does not follow
Conclusion II (C < U): Does not follow

Therefore, Neither I nor II is correct.
chain, sequence

Question 5

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statements: R ^ S, E ^ Y Conclusions: I. R > E II. S < Y Which of the following is true?
Decoded statements: R <= S, E <= Y

Since the statements involve different variables with no connecting links, no definite relationship can be established between R and E or between S and Y.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 6

Directions: ♦ = >, β™  = <, β™₯ = =, ♣ = >=, β—Š = <=, β˜… = != Statement: A ♦ Y β™  F β™₯ B Conclusions: I. Y < F II. A > B Which of the following is true?
Decoded statement: A > Y < F = B

Pattern: A > B < C = D
A > D cannot be determined, B < C is true

Therefore, I only is correct.
complex, mixed

Question 7

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statements: W ^ T, U ^ H Conclusions: I. W > U II. T < H Which of the following is true?
Decoded statements: W <= T, U <= H

Since the statements involve different variables with no connecting links, no definite relationship can be established between W and U or between T and H.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 8

Directions: * = >, + = <, = = =, - = >=, / = <=, ! = != Statements: B / F, Z = W Conclusions: I. B > Z II. F < W Which of the following is true?
Decoded statements: B <= F, Z = W

Since the statements involve different variables with no connecting links, no definite relationship can be established between B and Z or between F and W.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 9

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statements: Z ^ R, X # S Conclusions: I. Z > X II. R < S Which of the following is true?
Decoded statements: Z <= R, X < S

Since the statements involve different variables with no connecting links, no definite relationship can be established between Z and X or between R and S.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 10

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statement: B $ Y Y ^ A A # V Conclusions: I. B = V II. B β‰  V Which of the following is true?
Decoded statement: B = Y Y <= A A < V

Conclusion I (B = V): Does not follow
Conclusion II (B β‰  V): Follows

Therefore, II only is correct.
chain, sequence

Question 11

Directions: Ξ” = >, βˆ‡ = <, β—Œ = =, β–‘ = >=, β—‹ = <=, β˜† = != Statement: V Ξ” A βˆ‡ Z Conclusions: I. V = Z II. V β‰  Z Which of the following is true?
Decoded statement: V > A < Z

Since the conclusions are complementary (one is the exact opposite of the other), exactly one of them must be true. Therefore, either I or II follows.
boolean, logic, complementary

Question 12

Directions: Ξ” = >, βˆ‡ = <, β—Œ = =, β–‘ = >=, β—‹ = <=, β˜† = != Statement: X Ξ” F βˆ‡ H Conclusions: I. X ≀ H II. X > H Which of the following is true?
Decoded statement: X > F < H

Since the conclusions are complementary (one is the exact opposite of the other), exactly one of them must be true. Therefore, either I or II follows.
boolean, logic, complementary

Question 13

Directions: * = >, + = <, = = =, - = >=, / = <=, ! = != Statements: Z ! T, W ! E, P - B Conclusions: I. Z > W II. T < E Which of the following is true?
Decoded statements: Z != T, W != E, P >= B

Since the statements involve different variables with no connecting links, no definite relationship can be established between Z and W or between T and E.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 14

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statement: T % P ^ V Conclusions: I. T = V II. T β‰₯ V Which of the following is true?
Decoded statement: T >= P <= V

Conclusion I (T = V): Follows
Conclusion II (T β‰₯ V): Follows

Therefore, Both I and II is correct.
basic, symbols

Question 15

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statements: C $ Q, Y $ D, F ^ Z Conclusions: I. C > Y II. Q < D Which of the following is true?
Decoded statements: C = Q, Y = D, F <= Z

Since the statements involve different variables with no connecting links, no definite relationship can be established between C and Y or between Q and D.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 16

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statement: G $ P P % B B # Q Q # Y Conclusions: I. P > Q II. P < Q Which of the following is true?
Decoded statement: G = P P >= B B < Q Q < Y

Conclusion I (P > Q): Does not follow
Conclusion II (P < Q): Does not follow

Therefore, Neither I nor II is correct.
chain, sequence

Question 17

Directions: Ξ± = >, Ξ² = <, Ξ³ = =, Ξ΄ = >=, Ξ΅ = <=, ΞΆ = != Statement: C Ξ³ X Ξ² B Conclusions: I. C β‰₯ B II. C ≀ B Which of the following is true?
Decoded statement: C = X < B

Conclusion I (C β‰₯ B): Does not follow
Conclusion II (C ≀ B): Follows

Therefore, II only is correct.
basic, symbols

Question 18

Directions: * = >, + = <, = = =, - = >=, / = <=, ! = != Statements: H ! Z, D - T Conclusions: I. H > D II. Z < T Which of the following is true?
Decoded statements: H != Z, D >= T

Since the statements involve different variables with no connecting links, no definite relationship can be established between H and D or between Z and T.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 19

Directions: * = >, + = <, = = =, - = >=, / = <=, ! = != Statements: U + W, P + F, G * R Conclusions: I. U > P II. W < F Which of the following is true?
Decoded statements: U < W, P < F, G > R

Since the statements involve different variables with no connecting links, no definite relationship can be established between U and P or between W and F.

Therefore, Neither I nor II is correct.
multiple, analysis

Question 20

Directions: β†’ = >, ← = <, ↔ = =, β‡’ = >=, ⇐ = <=, ⇔ = != Statement: X ← Y ← Z β†’ R ↔ H Conclusions: I. X > Z II. Z < H Which of the following is true?
Decoded statement: X < Y < Z > R = H

Chain: A < B < C > D = E
No transitive relation between A-C or C-E

Therefore, Neither I nor II is correct.
transitive, logic
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