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If A sube B then A uu B=B...

If `A sube B` then `A uu B=B`

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Show that If A sube B then A nn B=A

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For any two sets A and B prove that If A sube B then B' sube A'

If A = {2x : x is a natural number le6 } and B = {3x : x is a natural number le 5 } Prove that (B-A) uu B=B

If A-B=O/ Prove that A sube B

If A = {a, b, c} and B uu C = {a, b, c, d, e, f,g} then determine the set (A nn B) uu (A nn C)

Given that the universal set U = {a, b, c, d, e, f, g, h} and A = {a, b, c, d, e}, B = {a, c, e, g), C= {b, c, f, g} then prove that A uu (B nn C) = (A uu B ) nn (A uu C)

Applying the axiom of equality of two sets prove the identiti for any two sets A and B. A nn (A' uu B) = A nn B

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KALYANI PUBLICATION-MATHEMATICAL LOGIC-EXERCISE
  1. For any two sets A and B prove that : (A uu B)' sube B'

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  2. For any two sets A and B prove that : A-B sube A

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  3. If A sube B then A uu B=B

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  4. Show that If A sube B then A nn B=A

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  5. If B' sube A' then A sube B

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  6. Applying the axiom of equality of two sets prove the identiti for any...

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  7. Applying the axiom of equality of two sets prove the identiti for any...

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  8. Applying the axiom of equality of two sets prove the identiti for any...

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  9. Applying the axiom of equality of two sets prove the identiti for any...

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  10. Applying the axiom of equality of two sets prove the identiti for any...

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  11. Applying the axiom of equality of two sets prove the identiti for any...

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  12. Applying the axiom of equality of two sets prove the identiti for any...

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  13. Applying the axiom of equality of two sets prove the identiti for any...

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  14. Applying the axiom of equality of two sets prove the identiti for any...

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  15. Applying the axiom of equality of two sets prove the identiti for any...

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  16. For any sets A, B, using properties of sets, prove that: A-(A nn B)=...

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  17. Applying the axiom of equality of two sets prove the identiti for any...

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  18. Applying the axiom of equality of two sets prove the identiti for any...

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  19. If A nn B= O/. Prove that A - B = A

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  20. If A-B=O/ Prove that A sube B

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