Biology, asked by Braɪnlyємρєяσя, 5 months ago


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Why can't color blind people see any colors?
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Answers

Answered by Ganesh094
2

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  • Humans have three types of light-sensing cones in the eyes: red, blue, and green. With color blindness, also known as color vision deficiency, the pigments in these cones may be dysfunctional or missing. In these cases, the eyes have trouble differentiating between different colors. This leads to color blindness.

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  • People with protanopia color blindness lack the red detecting cone cells or pigments.
  • As a result, they do not see red or orange colors as well. But they see all the other colors just fine. People with deuteranopia color blindness lack the green detecting cones or pigments, but have their other cones working just fine.

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Answered by Anonymous
2

Answer:

Given :

Two numbers are in the ratio 3:5 .

If both are increased by 5 , the ratio becomes 2:3 .

To Find :

The numbers .

Solution :

\longmapsto\tt{Let\:First\:Number\:be=3x

⟼LetFirstNumberbe=3x

\longmapsto\tt{Let\:Second\:Number\:be=5x

⟼LetSecondNumberbe=5x

Now ,

If both are increased by 5 , the ratio becomes 2:3 .

\longmapsto\tt{First\:Number=3x+5

⟼FirstNumber=3x+5

\longmapsto\tt{Second\:Number=5x+5

⟼SecondNumber=5x+5

A.T.Q :

\longmapsto\tt{\dfrac{3x+5}{5x+5}=\dfrac{2}{3}}</p><p>⟼ 5x+5</p><p> 3x+5 = 32</p><p>	</p><p> </p><p></p><p>[tex]\longmapsto\tt{3(3x+5)=2(5x+5)}⟼3(3x+5)=2(5x+5)

\longmapsto\tt{9x+15=10x+10}⟼9x+15=10x+10

\longmapsto\tt{9x-10x=10-15}⟼9x−10x=10−15

\longmapsto\tt{-1x=-5}⟼−1x=−5

\longmapsto\tt{x=5}⟼x=5

Value of x is 5 .

Therefore :

\longmapsto\tt{First\:Number=3(5)}⟼FirstNumber=3(5)

\longmapsto\tt\bf{15}⟼15

\longmapsto\tt{Second\:Number=5(5)

⟼SecondNumber=5(5)

\longmapsto\tt\bf{25}⟼25

So , The two numbers are 15 and 25 .

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