Data/Results: The hand drawn images argon attached to this lab on a separate opinion poll of make-up.
fountainheads:
1. Based on both of your observations on reflection, what can you distinguish about the relationship between the fee of incidence and the angle of reflection?
The angles of incidence and reflection are both the same.
2. Does the colour of the light ingrain the relationship that you determined in Question 1?
No, the color of light does not light upon the relationship determined in question 1.
3. Does the color of the light affect your focal length?
No, the color of light does not affect the focal length.
4. Notice that the angle of incidence at the offshoot surface is equal to the angle of refraction at the twinkling surface. Prove algebraically (using Snells Law twice) why this is true.
n1sin ?1=n2sin ?2
n2sin ?2=n1sin ?3
n1sin ?1=n1sin ?3
sin ?1=sin ?3
5. Do contrary colors refract at different angles?
No, leaving colors do not refract at different angles.
6. Do you placid get the same focal lengths if you procedure the lenses around to face the other way? Did you tolerate this upshot?
Yes, it was the same focal length even when the lenses were turned around.
We did expect this because the amount of light going through the lens is still the same.
7. Which color refracts the most? The least?
Violet refracted the most, whereas red refracted the least.
8. critique your answer to Question #5. Re-answer the question now. What is different about this stake?
Yes, different colors do refract at different angles. The angle of the light leaving the rhombus changed in this short letter; it was approximately close to 90º.
9. What do you see when the paper reaches the focal point?
When the paper reaches the focal point, a etiolate light is visible. That light is created by all the other colors coming together.
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