PRELIM 04 - Colorimetric Spectroscopy

Question 1

Spectroscopy wherein the radiation used should be the complementary color of the analyte solution

Answer 1

Colorimetric spectroscopy

Question 2

Blue solution should be measured at __________ to __________ nm

Answer 2

580-595 nm

Question 3

Yellow solution should be measured at __________ to __________ nm

Answer 3

435-480 nm

Question 4

2 types of spectroscopic sources (CL)

Answer 4

Continuum source, Line source

Question 5

Provides a broad distribution of wavelengths within a particular spectral range (Types of spectroscopic sources)

Answer 5

Continuum source

Question 6

Emits a limited number of narrow special lines (narrow wavelengths) (Types of spectroscopic sources)

Answer 6

Line source

Question 7

__________ nm; Violet; Yellow green (Wavelength, color absorbed, color transmitted)

Answer 7

400-435 nm

Question 8

400-435 nm; __________; Yellow green (Wavelength, color absorbed, color transmitted)

Answer 8

Violet

Question 9

400-435 nm; Violet; __________ (Wavelength, color absorbed, color transmitted)

Answer 9

Yellow green

Question 10

__________; Blue; Yellow (Wavelength, color absorbed, color transmitted)

Answer 10

435-480 nm

Question 11

435-480 nm; __________; Yellow (Wavelength, color absorbed, color transmitted)

Answer 11

Blue

Question 12

435-480 nm; Blue; __________ (Wavelength, color absorbed, color transmitted)

Answer 12

Yellow

Question 13

__________; Blue-green; Orange (Wavelength, color absorbed, color transmitted)

Answer 13

480-490 nm

Question 14

480-490 nm; __________; Orange (Wavelength, color absorbed, color transmitted)

Answer 14

Blue-green

Question 15

480-490 nm; Blue-green; __________ (Wavelength, color absorbed, color transmitted)

Answer 15

Orange

Question 16

__________ nm; Green-blue; Red (Wavelength, color absorbed, color transmitted)

Answer 16

490-500 nm

Question 17

490-500 nm; __________; Red (Wavelength, color absorbed, color transmitted)

Answer 17

Green-blue

Question 18

490-500 nm; Green-blue; __________ (Wavelength, color absorbed, color transmitted)

Answer 18

Red

Question 19

__________ nm; Green; Purple (Wavelength, color absorbed, color transmitted)

Answer 19

500-560 nm

Question 20

500-560 nm; __________; Purple (Wavelength, color absorbed, color transmitted)

Answer 20

Green

Question 21

500-560 nm; Green; __________ (Wavelength, color absorbed, color transmitted)

Answer 21

Purple

Question 22

__________ nm; Yellow green; Violet (Wavelength, color absorbed, color transmitted)

Answer 22

560-580 nm

Question 23

560-580 nm; __________; Violet (Wavelength, color absorbed, color transmitted)

Answer 23

Yellow green

Question 24

560-580 nm; Yellow green; __________ (Wavelength, color absorbed, color transmitted)

Answer 24

Violet

Question 25

__________ nm; Yellow; Blue (Wavelength, color absorbed, color transmitted)

Answer 25

580-595 nm

Question 26

580-595 nm; __________; Blue (Wavelength, color absorbed, color transmitted)

Answer 26

Yellow

Question 27

580-595 nm; Yellow; __________ (Wavelength, color absorbed, color transmitted)

Answer 27

Blue

Question 28

__________ nm; Orange; Blue-green (Wavelength, color absorbed, color transmitted)

Answer 28

595-650 nm

Question 29

595-650 nm; __________; Blue-green (Wavelength, color absorbed, color transmitted)

Answer 29

Orange

Question 30

595-650 nm; Orange; __________ (Wavelength, color absorbed, color transmitted)

Answer 30

Blue-green

Question 31

__________ nm; Red; Green-blue (Wavelength, color absorbed, color transmitted)

Answer 31

650-750 nm

Question 32

650-750 nm; __________; Green-blue (Wavelength, color absorbed, color transmitted)

Answer 32

Red

Question 33

650-750 nm; Red; __________ (Wavelength, color absorbed, color transmitted)

Answer 33

Green-blue

Question 34

__________; 250-600 nm; Molecular fluorescence (Source, Wavelength, Type of spectroscopy)

Answer 34

Xenon arc lamp

Question 35

Xenon arc lamp; __________ nm; Molecular fluorescence (Source, Wavelength, Type of spectroscopy)

Answer 35

250-600 nm

Question 36

Xenon arc lamp; 250-600 nm; __________ (Source, Wavelength, Type of spectroscopy)

Answer 36

Molecular fluorescence

Question 37

__________; 160-380 nm; UV molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 37

H2 and D2

Question 38

H2 and D2; __________ nm; UV molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 38

160-380 nm

Question 39

H2 and D2; 160-380 nm; __________ (Source, Wavelength, Type of spectroscopy)

Answer 39

UV molecular absorption

Question 40

__________; 240-2500 nm; UV/Visible/Near-IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 40

Tungsten/halogen lamp

Question 41

Tungsten/halogen lamp; __________ nm; UV/Visible/Near-IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 41

240-2500 nm

Question 42

Tungsten/halogen lamp; 240-2500 nm; __________ (Source, Wavelength, Type of spectroscopy)

Answer 42

UV/Visible/Near-IR molecular absorption

Question 43

__________; 350-2200 nm; Visible/Near IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 43

Tungsten lamp

Question 44

Tungsten lamp; __________ nm; Visible/Near IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 44

350-2200 nm

Question 45

Tungsten lamp; 350-2200 nm; __________ (Source, Wavelength, Type of spectroscopy)

Answer 45

Visible/Near IR molecular absorption

Question 46

__________; 400-20,000 nm; IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 46

Nerst glower

Question 47

Nerst glower; __________ nm; IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 47

400-20,000 nm

Question 48

Nerst glower; 400-20,000 nm; __________ (Source, Wavelength, Type of spectroscopy)

Answer 48

IR molecular absorption

Question 49

__________; 750-20,000 nm; IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 49

Nichrome wire

Question 50

Nichrome wire; __________ nm; IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 50

750-20,000 nm

Question 51

Nichrome wire; 750-20,0000 nm; __________ (Source, Wavelength, Type of spectroscopy)

Answer 51

IR molecular absorption

Question 52

__________; 1200-40,000 nm; IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 52

Globar

Question 53

Globar; __________ nm; IR molecular absorption (Source, Wavelength, Type of spectroscopy)

Answer 53

1200-40,000 nm

Question 54

Globar; 1200-40,000 nm; __________ (Source, Wavelength, Type of spectroscopy)

Answer 54

IR molecular absorption