If the arithmetic mean of the numbers \[{{x}_{1}},{{x}_{2}},{{x}_{3}},...{{x}_{n}}\] is \[\bar{x}\]. Then the arithmetic mean of numbers \[a{{x}_{1}}+b,a{{x}_{2}}+b,a{{x}_{3}}+b,...a{{x}_{n}}+b,\] Where a, b are two constants would be

If the arithmetic mean of the numbers \[{{x}_{1}},{{x}_{2}},{{x}_{3}},

1.	If the arithmetic mean of the numbers \[{{x}_{1}},{{x}_{2}},{{x}_{3}},...{{x}_{n}}\] is \[\bar{x}\]. Then the arithmetic mean of numbers \[a{{x}_{1}}+b,a{{x}_{2}}+b,a{{x}_{3}}+b,...a{{x}_{n}}+b,\] Where a, b are two constants would be
A.	\[\bar{x}\]
B.	\[na\bar{x}+nb\]
C.	\[a\bar{x}\]
D.	\[a\bar{x}+b\]
Answer» E.

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If the arithmetic mean of the numbers \[{{x}_{1}},{{x}_{2}},{{x}_{3}},...{{x}_{n}}\] is \[\bar{x}\]. Then the arithmetic mean of numbers \[a{{x}_{1}}+b,a{{x}_{2}}+b,a{{x}_{3}}+b,...a{{x}_{n}}+b,\] Where a, b are two constants would be

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