The correct formula for fringe visibility is

Question

The correct formula for fringe visibility is (A) V=(I max -I min /I max +I min ) (B) V=(I max +I min /I max -I min ) (C) V=(I max /I min ) (D) V=(I min /I max )

Tardigrade Admin · Accepted Answer

Fringe visibility (V) is given by, V=(I max -I min /I max +I min )

Q. The correct formula for fringe visibility is

$V = \frac{I _{m a x} - I _{m i n}}{I _{m a x} + I _{m i n}}$

$V = \frac{I _{m a x} + I _{m i n}}{I _{m a x} - I _{m i n}}$

$V = \frac{I _{m a x}}{I _{m i n}}$

$V = \frac{I _{m i n}}{I _{m a x}}$

Fringe visibility $(V)$ is given by,
$V = \frac{I _{m a x} - I _{m i n}}{I _{m a x} + I _{m i n}}$

Q. The correct formula for fringe visibility is

V=Imax​+Imin​Imax​−Imin​​

V=Imax​−Imin​Imax​+Imin​​

V=Imin​Imax​​

V=Imax​Imin​​

Fringe visibility (V) is given by, V=Imax​+Imin​Imax​−Imin​​

$V = \frac{I _{m a x} - I _{m i n}}{I _{m a x} + I _{m i n}}$

$V = \frac{I _{m a x} + I _{m i n}}{I _{m a x} - I _{m i n}}$

$V = \frac{I _{m a x}}{I _{m i n}}$

$V = \frac{I _{m i n}}{I _{m a x}}$

Fringe visibility $(V)$ is given by,
$V = \frac{I _{m a x} - I _{m i n}}{I _{m a x} + I _{m i n}}$