Urinalysis and Body Fluids 6th Edition by Majorie DiLorenzo, Susan Strasinger

Question

Urinalysis and Body Fluids 6th Edition by Majorie DiLorenzo, Susan Strasinger

Edition 6ISBN: 0803641044

Urinalysis and Body Fluids 6th Edition by Majorie DiLorenzo, Susan Strasinger

Edition 6ISBN: 0803641044

Exercise 20

The principle of refractive index is to compare:

A. Light velocity in solutions with light velocity in solids

B. Light velocity in air with light velocity in solutions

C. Light scattering by air with light scattering by solutions

D. Light scattering by particles in solution

Step-by-step solution

Verified

Step 1 of 2

Step 2 of 2

Answer 1

Refractometer: It is the instrument, which determines specimen’s dissolved particles using refractive index.

Refractive index principle:

• Light velocity in solution is compared with light velocity in air.

• Velocity is identified by the intensity of dissolved particle of solution.

Velocity: It is the change in the level of an object’s position with reference to fraction of time and frame of reference.

Therefore, “the light velocity in air with light velocity in solution” is compared in refractive index principle. Hence, the correct answer is option $<div class=answer> Refractometer: It is the instrument, which determines specimen’s dissolved particles using refractive index. Refractive index principle: • Light velocity in solution is compared with light velocity in air. • Velocity is identified by the intensity of dissolved particle of solution. Velocity: It is the change in the level of an object’s position with reference to fraction of time and frame of reference. Therefore, “the light velocity in air with light velocity in solution” is compared in refractive index principle. Hence, the correct answer is option .$ .