If \[\log 2,\ \log ({{2}^{n}}-1)\] and \[\log ({{2}^{n}}+3)\] are in A.P., then n = [MP PET 1998; Karnataka CET 2000; Pb. CET 2001]

If \[\log 2,\ \log ({{2}^{n}}-1)\] and \[\log ({{2}^{n}}+3)\] are in A

1.	If \[\log 2,\ \log ({{2}^{n}}-1)\] and \[\log ({{2}^{n}}+3)\] are in A.P., then n = [MP PET 1998; Karnataka CET 2000; Pb. CET 2001]
A.	44232
B.	\[{{\log }_{2}}5\]
C.	\[{{\log }_{3}}5\]
D.	44230
Answer» C. \[{{\log }_{3}}5\]

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If \[\log 2,\ \log ({{2}^{n}}-1)\] and \[\log ({{2}^{n}}+3)\] are in A.P., then n = [MP PET 1998; Karnataka CET 2000; Pb. CET 2001]

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