m - nm - n - an - a - ma -

aamnan

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ammanm

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aammnn

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amammn

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Solution

The correct option is B aammnn
The series follows man/man/man/man/man
Thus, the missing terms are aammnn

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Similar questions

Evaluate

$(\frac{a^{m}}{a^{- n}})^{m - n} \times (\frac{a^{n}}{a^{- l}})^{n - l} \times (\frac{a^{l}}{a^{- m}})^{l - m}$

An n – p – n transistor circuit has $α = 0.985$ . If $I_{c} = 2 m A$ , then value of $I_{b}$ is____.

(\frac{a^{m}}{a^{- n}})^{m - n} \times (\frac{a^{n}}{a^{- 1}})^{n - 1} \times (\frac{a^{1}}{a^{- m}})^{1 - m} =

n - p - n

α = 0.985

I_{c} = 2 m A

I_{b}

Evaluate the following:

$(\frac{a^{m}}{a^{- n}})^{m - n} \times (\frac{a^{n}}{a^{- l}})^{n - l} \times (\frac{a^{l}}{a^{- m}})^{l - m}$

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