Wavelengths

Question 1

Violet

Answer 1

380-450

Question 2

Yellow

Answer 2

570-590

Question 3

Green

Answer 3

495-570

Question 4

Red

Answer 4

620-750

Question 5

Blue

Answer 5

450-495

Question 6

Orange

Answer 6

590-620

Question 7

Anamolscope Mixture

Answer 7

590 (yellow) with Red (670) and Green (546)

Question 8

Peak discrimination for normals

Answer 8

495 (B/G) and 590 (Y/O)

Question 9

Peak discrimination for pro and deu

Answer 9

495 (B/G)

Question 10

Peak desaturation wavelength for Normals

Answer 10

Yellow 578

Question 11

Peak Desaturation for Pro

Answer 11

492

Question 12

Peak Desaturation for Deu

Answer 12

498

Question 13

Invariant Blue

Answer 13

478

Question 14

Invariant green

Answer 14

503

Question 15

Invariant Yellow

Answer 15

578

Question 16

Wavelengths below invariant green will appear more ____ as they get brighter

Answer 16

BLUE

Question 17

Wavelengths above invariant green will appear more ____as they get brigher

Answer 17

YELLOW

Question 18

Proton copunctal point

Answer 18

700 nm (Red)

Question 19

Duetan copunctal point

Answer 19

Compliment of 500 in extraspectal area (purple)

Question 20

Tritan copunctal point

Answer 20

380 violet

Question 21

Deutan neutral point

Answer 21

498 (green)

Question 22

Protan neutral point

Answer 22

492 (blue)

Question 23

Tritan neutral point

Answer 23

569 (yellow)

Question 24

Protonopia peak

Answer 24

530

Question 25

Deutanopia peak

Answer 25

560

Question 26

Rods peak

Answer 26

507

Question 27

S cone

Answer 27

426 (violet blue)

Question 28

M cone

Answer 28

530 (green)

Question 29

L cone peak

Answer 29

557 (green)

Question 30

All cones

Answer 30

555

Question 31

CIE colors

Answer 31

700 (RED), 550 (green), 380 (violet)

Question 32

Melanopsin Neutral point

Answer 32

483

Question 33

When do we all become dichromats

Answer 33

Past 550

Question 34

Standard Illuminant A

Answer 34

2800 (incandescent bulb)

Question 35

Standard illuminant B

Answer 35

4800 (sun)

Question 36

Standard illuminant C

Answer 36

6800 (overcast day)

Question 37

Variant peak for tetrachromats

Answer 37

552 (yellow)

Question 38

Peak contrast

Answer 38

4 cpd or 20/150 (magno)

Question 39

Threshold contrast

Answer 39

30 cpd or 20/20 (parvo)

Question 40

Flicker peak

Answer 40

10 hz

Question 41

Flicker threshold

Answer 41

70 hz

Question 42

.3 ND

Answer 42

50%

Question 43

2 ND

Answer 43

1 %

Question 44

.6 ND

Answer 44

25%

Question 45

1 ND

Answer 45

10%

Question 46

3 ND

Answer 46

.1%

Question 47

Koniocellular spatial

Answer 47

5 arc min

Question 48

Koniocellular temporal

Answer 48

50 milliseconds

Question 49

Koniocellular CFF

Answer 49

20 Hz

Question 50

Ipsilateral layers of lgn

Answer 50

2,3,5

Question 51

Kollner’s B/Y

Answer 51

Media and outer retinal defects. Include nuclear sclerosis, ARMD, and diabetic retinopathy (most common)

Question 52

Kollner’s R/G

Answer 52

Inner retinal defects. Include optic neuritis, leber’s syndrome, and toxic amblyopia.