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For each of the following statments, de...

For each of the following statments, determine whether an inclusive "OR'' or exclusive 'OR, is used. Give reasons for your answer.
(i) Students can take Biology or Physical Education as thier , third language.
(ii) The office is closed if it is a holiday or a Sunday.
(iii) MBA or Graduate having experience of three year, can apply for Area Manager Post

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To determine whether an inclusive "OR" or an exclusive "OR" is used in the given statements, we need to analyze each statement carefully. ### Step-by-Step Solution: 1. **Statement (i):** "Students can take Biology or Physical Education as their third language." - **Analysis:** In this statement, students can choose either Biology or Physical Education, but they cannot take both subjects simultaneously. This indicates that if a student takes Biology, they cannot take Physical Education, and vice versa. - **Conclusion:** This is an **exclusive OR** because both subjects cannot be taken at the same time. ...
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AAKASH INSTITUTE ENGLISH-MATHEMATICAL REASONING-Assignment (SECTION-D) (Assertion-Reason Type Questions)
  1. For each of the following statments, determine whether an inclusive "...

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  2. Let p be the statement "It rains"! and q be the statement "It is cold"...

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  3. If p, q, r be anY three. statements STATEMENT-1 : pvv(q^^r)hArr(pvvq...

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  4. STATEMENT-1 : The converse of p rArr q " is " q rArr p and STAT...

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  5. STATEMENT-1 : ~(prArrq)=p^^~q and STATEMENT-2 : p rArr q = ~p ...

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  6. STATEMENT-1 : (phArrq)=~ p hArr q and STATEMENT-2 : (phArrq) ...

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  7. Let p be the statement "x is divisible b, 4" and q be the statement "x...

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  8. STATEMENT-1 : The inverse of (p^^~q) rArrr " is "~pvvqrArr ~r and ...

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  9. STATEMENT-1 : If (p^^~r)rArr(qvvr) is false and q and r are false , th...

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  10. STATEMENT-1 : p hArr ~q is true, when pis false and q is true. and ...

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  11. STATEMENT-1 : (p^^~q)^^(~p^^q) and STATEMENT-2 : (pvv~q) vv (~p...

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  12. STATEMENT-1 : (p rArr q) hArr (~q rArr~p) and STATEMENT-2 : p rA...

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  13. STATEMENT-1 : (p rArr ~q) ^^ (~q rArr q) is a contradication and ...

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  14. STATEMENT-1 : The dual statement of "xis a perfect square or xis a pri...

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  15. STATEMENT-1 : [p^^(pvvq)]vv[q^^(qvvp)]=pvvq and STATEMENT-2 : p...

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  16. STATEMENT-1 : ~(phArrq)=~phArrq=phArr~q and STATEMENT-2 : (phArr...

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