Question : A _____ is a high - speed network that connect local network in a city or town.
Option 1: LAN
Option 2: MAN
Option 3: WAN
Option 4: TAN
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Correct Answer: MAN
Solution : The correct option is MAN.
A "Metropolitan Area Network" (MAN) links local networks inside a city or town. MANs are intended to cover a broader geographic area than a LAN but are less in scope when compared to a WAN, which may stretch over bigger territories, even internationally. To enable quick and reliable data transfer inside the city or town they serve, MANs are often created utilising various networking technologies such as fibre optics, Ethernet, and wireless connectivity.
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Question : If $\tan\left ( A-B \right )=x$, then the value of $x$ is:
Option 1: $\frac{\tan A+\tan B}{1-\tan A \tan B}$
Option 2: $\frac{\tan A+\tan B}{1+\tan A \tan B}$
Option 3: $\frac{\tan A-\tan B}{1-\tan A \tan B}$
Option 4: $\frac{\tan A-\tan B}{1+\tan A \tan B}$
Question : If $A=60^{\circ}$ and $B=30^{\circ}$, find the value of $\frac{(\tan A-\tan B)}{(1+\tan A \tan B)}$.
Option 1: $3$
Option 2: $\frac{1}{\sqrt{3}}$
Option 3: $\sqrt{3}$
Option 4: $1$
Question : The given expression is equal to: $\frac{\left(1+\tan^2 A\right)}{\operatorname{cosec}^2 A \cdot \tan A}$
Option 1: $\sec^2A$
Option 2: $\sec A$
Option 3: $\tan A$
Option 4: $\tan^2A$
Question : If $A=30^{\circ}$, then find the value of $\frac{(2 \tan A)}{\left(1-\tan^2 A\right)}$.
Option 1: $4 \sqrt{3}$
Option 2: $\frac{3}{\sqrt{3}}$
Option 3: $3$
Option 4: $2 \sqrt{3}$
Question : What is the value of $3 \tan 20° \tan 45°\tan 70°$?
Option 1: 2
Option 2: 3
Option 3: 1.5
Option 4: 4
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