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Let p be " I will marry her," and let q ...

Let p be " I will marry her," and let q be " she is beautiful." Translate into symbolic form.
She is beautiful if and only if I will marry her.

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To translate the statement "She is beautiful if and only if I will marry her" into symbolic form, we will follow these steps: 1. **Identify the statements**: - Let \( p \) represent "I will marry her." - Let \( q \) represent "She is beautiful." 2. **Understand the logical structure**: - The phrase "if and only if" indicates a biconditional relationship between the two statements. This means that both statements are equivalent; if one is true, the other must also be true, and vice versa. 3. **Translate the statement**: - The statement "She is beautiful if and only if I will marry her" can be expressed as: \[ q \iff p \] - Here, \( q \) (she is beautiful) is on the left side of the biconditional, and \( p \) (I will marry her) is on the right side. 4. **Final symbolic form**: - Therefore, the symbolic form of the statement is: \[ q \iff p \]
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ICSE-MATHEMATICAL REASONING-EXERCISE 27 (E)
  1. Let p be " I will marry her," and let q be " she is beautiful." Transl...

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  2. Let p be " I will marry her," and let q be " she is beautiful." Transl...

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  3. Let p be " I will marry her," and let q be " she is beautiful." Transl...

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  4. Let p be " I will marry her," and let q be " she is beautiful." Transl...

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  5. Let p be " I will marry her," and let q be " she is beautiful." Transl...

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  6. Let p be " I will marry her," and let q be " she is beautiful." Transl...

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  7. Determine whether p,q and "If p, then q " are true or false in each ca...

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  8. Determine whether p,q and "If p, then q " are true or false in each ca...

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  9. Determine whether p,q and "If p, then q " are true or false in each ca...

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  10. Determine whether p,q and "If p, then q " are true or false in each ca...

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  11. Determine whether p,q and "If p, then q " are true or false in each ca...

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  12. Determine whether p,q and "If p, then q " are true or false in each ca...

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  13. Write T before each true statement and write F before each false state...

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  14. Write T before each true statement and write F before each false state...

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  15. Write T before each true statement and write F before each false state...

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  16. Write T before each true statement and write F before each false state...

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  17. Write T before each true statement and write F before each false state...

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  18. Write T before each true statement and write F before each false state...

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  19. Write T before each true statement and write F before each false state...

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  20. Write T before each true statement and write F before each false state...

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