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Volume
To measure the index of refraction for different liquids, you can use half-circle refraction cups.

Keep this image open as you work on the tasks.

Part A
Which measurements do you need to know to find the volume of a cylinder?



Part B
Since the base of the refraction cup is a half circle, how can you find the radius? What is the radius?



Part C
If you put two refraction cups together, what three dimensional shape would you have?



Part D
The formula for the volume of a cylinder is . What is the approximate volume of two refraction cups? Use 3.14 for pi.



Part E
Since one refraction cup is half of a cylinder, how could you change the formula for the volume of a cylinder to calculate the volume of a refraction cup?



Part F
Using the equation from Part E, what is the approximate volume of one refraction cup? What is the relationship between this value and the value from Part D? Use 3.14 for pi.

BRAINLYEST TO WHOEVER ANSWERS FAST Volume To measure the index of refraction for different liquids you can use halfcircle refraction cups Keep this image open a class=
BRAINLYEST TO WHOEVER ANSWERS FAST Volume To measure the index of refraction for different liquids you can use halfcircle refraction cups Keep this image open a class=

Respuesta :

Answer:

A) either radius or diameter and height

V = πR²h or πD²h/4

B) Radius is half a diameter, R = 4 cm

C) Rather depends on how they are put together.

Placing the rectangular faces touching would make a cylinder

D) V = 3.14(4²)(2) = 100.48  ≈ 100 cm³

E) divide by 2

i.e. V = ½πR²h

F V = ½(3.14)(4²)(2) = 50.24 ≈ 50 cm³

Step-by-step explanation:

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