In the expansion of \[{{(1+x)}^{n}}\]the coefficient of pth and \[{{(p+1)}^{th}}\] terms are respectively p and q. Then \[p+q=\] [EAMCET 2002]

In the expansion of \[{{(1+x)}^{n}}\]the coefficient of pth and \[{{(p

1.	In the expansion of \[{{(1+x)}^{n}}\]the coefficient of pth and \[{{(p+1)}^{th}}\] terms are respectively p and q. Then \[p+q=\] [EAMCET 2002]
A.	\[n+3\]
B.	\[n+1\]
C.	\[n+2\]
D.	\[n\]
Answer» C. \[n+2\]

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In the expansion of \[{{(1+x)}^{n}}\]the coefficient of pth and \[{{(p+1)}^{th}}\] terms are respectively p and q. Then \[p+q=\] [EAMCET 2002]

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