Light rays are scattered when they encounter particles or objects that are much smaller than the wavelength of the light. This interaction causes the light to change direction and spread out, giving rise to phenomena such as diffusion or reflection. Scattering is responsible for the blue color of the sky and the white appearance of clouds.
In dark field microscopy, the light that reaches the objective only comes from light rays that are scattered by the object being observed. These scattered rays are then captured by the objective lens, illuminating the object against a dark background. The dark field condenser blocks the direct light rays that would otherwise create a bright background, allowing only the scattered light to form the image.
When parallel rays of light hit a rough or bumpy surface, they get scattered in different directions due to reflection. This phenomenon is known as diffuse reflection. The surface roughness causes the light to reflect unevenly, leading to the diffusion of light in various directions.
When light rays hit a rough surface, they are scattered in many directions due to the uneven surface of the object. This phenomenon is known as diffuse reflection, where light rays reflect off the surface in a random manner. This is why we are not able to see a clear image in a rough surface compared to a smooth surface.
The scattering of light rays is called "diffusion." This occurs when light rays are scattered in many different directions as they interact with particles or substances in the medium through which they pass.
Light will be both absorbed and will be reflected unevenly (scattered) when impinging on a surface that is irregular. It depends on the light and the surface, but some light will be absorbed, and the rest (a little or a lot) will be scattered when it is reflected in different directions.
A shadow is formed.
The phenomenon is called Rayleigh scattering. White light from the Sun is scattered going through the atmosphere. The Sun's rays coming pretty much straight down aren't scattered much, but rays going sideways through the atmosphere - the sunrise and sunset rays - are scattered. Red light is scattered least, so those sunset rays make it through to make the sky appear red, while blue rays are scattered more. The blue light rays are scattered toward the ground, and this makes the sky appear blue.
In dark field microscopy, the light that reaches the objective only comes from light rays that are scattered by the object being observed. These scattered rays are then captured by the objective lens, illuminating the object against a dark background. The dark field condenser blocks the direct light rays that would otherwise create a bright background, allowing only the scattered light to form the image.
You see the reflected light being scattered in different directions.
When parallel rays of light hit a rough or bumpy surface, they get scattered in different directions due to reflection. This phenomenon is known as diffuse reflection. The surface roughness causes the light to reflect unevenly, leading to the diffusion of light in various directions.
Soap and detergent micelles scatter light rays because their structure involves a spherical arrangement of molecules with a different refractive index from the surrounding medium. This causes light to be scattered in different directions as it interacts with the particles in the micelles, resulting in the scattering of light rays.
When light rays hit a rough surface, they are scattered in many directions due to the uneven surface of the object. This phenomenon is known as diffuse reflection, where light rays reflect off the surface in a random manner. This is why we are not able to see a clear image in a rough surface compared to a smooth surface.
The scattering of light rays is called "diffusion." This occurs when light rays are scattered in many different directions as they interact with particles or substances in the medium through which they pass.
Light will be both absorbed and will be reflected unevenly (scattered) when impinging on a surface that is irregular. It depends on the light and the surface, but some light will be absorbed, and the rest (a little or a lot) will be scattered when it is reflected in different directions.
It is called diffuse reflection when light rays hit a rough surface and bounce back at different angles. This creates a scattered reflection rather than a clear, single reflection.
sun's rays are made up of a mixture of seven colors. it is apparent in the rainbow. oxygen and nitrogen occupy not less than 98% of the gases in the air. blue light in the sun's rays are scattered when it hits those gases.
Light is scattered when it bounces off particles or rough surfaces in different directions. This scattering can cause the light to disperse in various ways, affecting visibility or creating phenomena like rainbows.