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CLINICAL CHEMISTRY MODULE 5

Total questions: 15

Worksheet time: 11mins

Name
Class
Date
1.

This measures transmitted light or absorbed light in a solution.

Light in a narrow wavelength range

a)

Chromatography

b)

Fluorometry

c)

Spectrophotometry

d)

Potentiometry

2.

This measures the amount of light absorbed by element in ground state and dissociated by chemical bond

a)

Flame Emission Photometry

b)

Atomic Absorption Spectrophotometry

c)

Mass Chromatography

d)

Osmometry

3.

This measures the amount of energy produced from heat excitation of electrons

a)

Flame Emission Photometry

b)

Nephelometry

c)

High Performance Liquid Chromatography

d)

Amperometry

4.

This measures the amount of energy absorbed by excitation of higher energy level than the original then returns to original and lower than the original

a)

Potentiometry

b)

Turbidimetry

c)

Spectrophotometry

d)

Fluorometry

5.

Light scattered by particular solution

a)

Amperometry

b)

Potentiometry

c)

Turbidimetry

d)

Nephelometry

6.

Light blocked by particular solution

a)

Thin Layer Chromatography

b)

Chromatography

c)

Turbidimetry

d)

Nephelometry

7.

Potential voltage between two electrodes.

a)

Electrophoresis

b)

Potentiometry

c)

Coulometry

d)

Amperometry

8.

Electric current at a single applied electrode.

a)

Electrophoresis

b)

Potentiometry

c)

Amperometry

d)

Coulometry

9.

Titrant is electrochemically generated.

a)

Coulometry

b)

Mass Spectrophotometry

c)

Mass Chromatography

d)

Osmometry

10.

Movement of ions in a medium based on their electric charges and molecular size

a)

Electrophoresis

b)

Gas Chromatography

c)

Mass Spectrophotometry

d)

Osmometry

11.

Separation based on solubility to phases based on physical characteristics

a)

Osmometry

b)

Bichromatic Analysis

c)

Chromatography

d)

Mass Spectrophotometry

12.

Ionizes the target molecule and measures the mass of molecule or fragment

a)

Fluorometry

b)

Amperometry

c)

Mass Chromatography

d)

Mass Spectrophotometry

13.

Based on fragmentation and ionization of molecules

a)

Coulometry

b)

Mass Chromatography

c)

Electrophoresis

d)

Osmometry

14.

Light absorbance at 2 different wavelength

a)

Nephelometry

b)

Bichromatic Analysis

c)

Osmometry

d)

Atomic Absorption Spectrophotometry

15.

Amount of dissolved substance in a solution.

Total amount of dissolved particles.

a)

Osmometry

b)

Fluorometry

c)

Potentiometry

d)

Flame Emission Photometry