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When light of two colour A and B is passerd yhrough a plane boundary. A bent more than B?
When light of two colors A and B passes through a plane boundary, the degree to which each color bends depends on their respective wavelengths. Shorter wavelengths, like blue (A), generally bend more than longer wavelengths, like red (B), due to a phenomenon called refraction. This difference in bending occurs because light travels at different speeds in different media, leading to varying angles of refraction according to Snell's Law. Thus, color A bends more than color B when they encounter the boundary.
What else can I help you with?
How many colours to make white colour?
White is not a colour ... it is the absence of all color. White is a mixture of all coloured light, all colours are a reflection of light. The first thing to disappear when the light goes down is colour. In total darkness there is no light to reflect.
Is Black all colors or no colors?
Black would be no colours. the way we see things, is that light bounces off a surface, and into our eyes. The colour of the surface decides the colour of the light that is bounced into our eyes, and allows us to tell what colour it is. If there either isn't any light, or nothing that bounces in our direction, then we'll see the absence of light as black.
Without light we would have no colour. true or false?
true
The independent variable for a light bulbs?
The colour of the electricity cables!
What does the term photochromic mean?
It means changing colour in resonse to light.
What type of plate boundary boundary is regular light tremor?
I think regular light tremors is a divergent plate boundary.
What colour is a dormouse?
light brown colour
What two colors on Excel is better not to use?
You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.You never use colours that clash. You want to be able to see your data. So you either have a dark colour on a light background or a light colour on a dark background. You never do a light colour on a light background or a dark colour on a dark background, as it will be difficult to see you data properly.
What colour is light?
Light is invisible
What colour do you get when you mix green and red?
You get white light, the basic light colour you see every day.
Light which bounces off the surface of an object is called?
When light changes direction as it passes through a boundary.
What affects the color of light?
if the light passes through something that is coloured the light changes colour to the colour that it passed through
What happens to a light when it meets a boundary?
When light meets a boundary between two different mediums (like air and glass), it can be reflected, refracted, absorbed, or transmitted. The specific outcome depends on the angle at which the light hits the boundary and the properties of the mediums involved.
When was Recording a Tape the Colour of the Light created?
Recording a Tape the Colour of the Light was created on 2005-08-22.
What color was god?
God was beofre light thefore he has no colour, he is colour.
Can light reflected and transmitted at a boundary?
Yes, when light encounters a boundary between two different mediums, it can be reflected, transmitted, or absorbed. The amount of light reflected and transmitted depends on the properties of the materials involved, such as their refractive indices and angles of incidence.
When does light cross a boundary but not refract?
Light crosses a boundary but does not refract when it enters the medium perpendicular to the surface. In this scenario, there is no change in the speed of light, so refraction does not occur. This is known as normal incidence.
