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Coding Inequalities - Intermediate Level: symbolic inequalities INTERMEDIATE

Quick mental agility β˜… session: 20 intermediate-level coding inequalities questions. Worksheet 17 of 30 - Focus: symbolic inequalities. Practice code-based comparison, inequality codes, coded relationships with instant feedback. Great for mid-level students needing moderate complexity with mixed patterns practice.

πŸ“ Worksheet 17 of 30 β€’ 20 questions β€’ ⏱️ Estimated time: 20 minutes β€’ 🎯 Intermediate level

What you'll learn in this worksheet:
Your progress through Coding Inequalities
Worksheet 17 of 30 (56% complete)

Question 1

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

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

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

Question 2

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

Pattern: A < B < C > D
No direct relation between A-D or B-C

Therefore, Neither I nor II is correct.
complex, mixed

Question 3

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

Pattern: A β‰₯ B ≀ C = D
A and D relationship depends on actual values

Therefore, Cannot be determined is correct.
complex, mixed

Question 4

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

Conclusion I (S = B): Does not follow
Conclusion II (S β‰₯ B): Does not follow

Therefore, Neither I nor II is correct.
basic, symbols

Question 5

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

Conclusion I (H β‰₯ Y): Does not follow
Conclusion II (H < Y): Follows

Therefore, II only is correct.
basic, symbols

Question 6

Directions: ♦ = >, β™  = <, β™₯ = =, ♣ = >=, β—Š = <=, β˜… = != Statement: V β—Š G ♣ T β™₯ U Conclusions: I. V > U II. G < T Which of the following is true?
Decoded statement: V <= G >= T = U

Pattern: A ≀ B β‰₯ C = D
A and D relationship depends on actual values

Therefore, Cannot be determined is correct.
complex, mixed

Question 7

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

Since the statements involve different variables with no connecting links, no definite relationship can be established between P and E or between Q and A.

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

Question 8

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

Conclusion I (V > R): Does not follow
Conclusion II (V < R): Does not follow

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

Question 9

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

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

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

Question 10

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

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

Therefore, II only is correct.
complex, mixed

Question 11

Directions: @ = >, # = <, $ = =, % = >=, ^ = <=, & = != Statements: B ^ A, X $ C, G $ T Conclusions: I. B > X II. A < C Which of the following is true?
Decoded statements: B <= A, X = C, G = T

Since the statements involve different variables with no connecting links, no definite relationship can be established between B and X or between A and C.

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

Question 12

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

Conclusion I (F β‰₯ S): Does not follow
Conclusion II (F ≀ S): Does not follow

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

Question 13

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

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 14

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

Conclusion I (D > E): Follows
Conclusion II (D < E): Does not follow

Therefore, I only is correct.
chain, sequence

Question 15

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

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

Therefore, I only is correct.
chain, sequence

Question 16

Directions: Ξ” = >, βˆ‡ = <, β—Œ = =, β–‘ = >=, β—‹ = <=, β˜† = != Statement: R Ξ” A βˆ‡ V Conclusions: I. R = V II. R β‰  V Which of the following is true?
Decoded statement: R > A < 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 17

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

Conclusion I (S > V): Does not follow
Conclusion II (S β‰₯ V): Does not follow

Therefore, Neither I nor II is correct.
basic, symbols

Question 18

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

Conclusion I (Q = X): Does not follow
Conclusion II (Q β‰  X): Follows

Therefore, II only is correct.
chain, sequence

Question 19

Directions: β†’ = >, ← = <, ↔ = =, β‡’ = >=, ⇐ = <=, ⇔ = != Statement: B ← F ↔ V β†’ X ← E Conclusions: I. B < V II. V > E Which of the following is true?
Decoded statement: B < F = V > X < E

Chain: A < B = C > D < E
B < V does not follow, V > E follows (C > D < E not transitive)

Therefore, II only is correct.
transitive, logic

Question 20

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

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

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