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Amith2006
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# A Fresnel biprism arrangement used to study interference in air is immersed completely in a liquid. Will the fringe width increase, decrease or remain unchanged?
Interference in liquid is a phenomenon that occurs when two or more waves of the same frequency and amplitude are present in a liquid at the same time. These waves interact with each other, resulting in a change in the overall amplitude of the liquid's surface.
The interference in liquid can cause a change in the fringe width, which is the distance between the bright and dark fringes in an interference pattern. This change depends on the wavelength of the waves, the distance between the sources, and the properties of the liquid.
Several factors can affect the interference in liquid, including the wavelength and amplitude of the waves, the distance between the sources, the properties of the liquid (such as density and viscosity), and the angle of incidence of the waves.
Interference in liquid has various applications in scientific studies, such as in the measurement of small changes in liquid properties, the detection of small particles in liquids, and in the study of surface tension and capillary forces in liquids.
Yes, interference in liquid can occur in any type of liquid, as long as the conditions for interference are met (i.e., two or more waves of the same frequency and amplitude are present in the liquid). However, the effects of interference may vary depending on the properties of the liquid.