MCQ
The value of $2 + \frac{1}{{2 + \frac{1}{{2 + ...........\infty }}}}$ is
- A$1 - \sqrt 2 $
- ✓$1 + \sqrt 2 $
- C$1 \pm \sqrt 2 $
- DNone of these
==> $x = 2 + \frac{1}{x}$ (on simplification)
==> $x = 1 \pm \sqrt 2 $
But the value of the given expression cannot be negative or less than $2$, therefore $1 + \sqrt 2 $ is required answer.
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$1.$ A common tangent of the two circles is
$(A)$ $x=4$ $(B)$ $y=2$ $(C)$ $x+\sqrt{3} y=4$ $(D)$ $x+2 \sqrt{2} y=6$
$2.$ A possible equation of $L$ is
$(A)$ $x-\sqrt{3} y=1$ $(B)$ $x+\sqrt{3} y=1$ $(C)$ $x-\sqrt{3} y=-1$ $(D)$ $x+\sqrt{3} y=5$
Give the answer question $1$ and $2.$