Resultant Intensity in Wave Optics Formulas

Resultant Intensity is the intensity of the resulting wave pattern formed by the superposition of two or more waves, providing information about the combined effect of the individual waves. And is denoted by I. Resultant Intensity is usually measured using the Candela for Luminous Intensity. Note that the value of Resultant Intensity is always negative.

Formulas to find Resultant Intensity in Wave Optics

fxInterference of Waves of Two IntensitiesGo

fxResultant Intensity On-Screen of Young's Double-Slit ExperimentGo

List of variables in Wave Optics formulas

fx Intensity 1 Go

fx Intensity 2 Go

fx Phase Difference Go

fx Intensity from Slit 1 Go

FAQ

What is the Resultant Intensity?

Resultant Intensity is the intensity of the resulting wave pattern formed by the superposition of two or more waves, providing information about the combined effect of the individual waves. Resultant Intensity is usually measured using the Candela for Luminous Intensity. Note that the value of Resultant Intensity is always negative.

Can the Resultant Intensity be negative?

Yes, the Resultant Intensity, measured in Luminous Intensity can be negative.

What unit is used to measure Resultant Intensity?

Resultant Intensity is usually measured using the Candela[cd] for Luminous Intensity. Candle (International)[cd], Decimal Candle[cd], Hefner Candle[cd] are the few other units in which Resultant Intensity can be measured.

Let Others Know

✖

Facebook

Twitter

Copied!