r o y g b v ellowreenrangelueiolet long - - - - - - - - - short ed low energy high energy

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Page 1: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy
Page 2: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

R O Y G B Vellow reenrange lue iolet

LONG - - - - - - - - - SHORTed

lowenergy

highenergy

Page 3: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

Primary Colorsfor Pigments (paint)

YellowBlueRed

Page 4: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

Primary Colorsfor LIGHT

Page 5: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy
Page 6: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy
Page 7: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy
Page 8: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy
Page 9: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy
Page 10: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Page 11: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Through a GREEN Filter(primary color)

Page 12: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Through a Red Filter(primary color)

Page 13: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Through a Blue Filter(primary color)

Page 14: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Through a CYAN Filter(secondary color)

Page 15: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Through a YELLOW Filter(secondary color)

Page 16: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Through a MAGENTA Filter(secondary color)

Page 17: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color

whitelight

Blue Object

Page 18: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color

whitelight

Yellow Object

Page 19: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color

whitelight

Green Object

Page 20: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color

whitelight

Magenta Object

Page 21: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color

whitelight

White Object

Page 22: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color

whitelight

Black Object

Page 23: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy
Page 24: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color of surface.

whitelight

Red Filter

2) Those are the colors of light that go through that color of filter.

Page 25: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color of surface.

whitelight

Cyan Filter

2) Those are the colors of light that go through that color of filter.

Page 26: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color of surface.

whitelight

Magenta Filter

2) Those are the colors of light that go through that color of filter.

Page 27: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

1) Those are the colors of light that bounce off that color of surface.

whitelight

Green Filter

2) Those are the colors of light that go through that color of filter.

Page 28: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

object

filterwhitelight

eyered

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Page 29: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

object

filterwhitelight

eyered

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Page 30: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

object

filterwhitelight

eyered

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Page 31: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

object

filterwhitelight

eyered

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Page 32: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Complimentary Colors…

1)Are two colors whose mixture (in the right proportions) produces white (in the case of light) or gray (in the case of pigment)

3) Are colors directly opposite one another on a color wheel and provide the greatest chromatic contrast.

2) In the case of white light (all colors), removing a color will produce its complimentary color.

Page 33: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Adding Complimentary Colors

Page 34: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Adding Secondary Colors

Page 35: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

red

redmagenta blue

blue

bluecyan

green

green

redyellowgreen

Color wheel shows which colors…

the primary colors make

go through that filter

reflect off that color

make white light

are complimentary colors

You can use these to determine what different colors look like through different filters!

Page 36: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

Additive Color Model Subtractive Color Model

Shining the three primary colors of light

on a white surface.

Looking at a white surface through the

three secondary colors.

Page 37: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy

The “are you a winner” contest.

Page 38: R O Y G B V ellowreenrangelueiolet LONG - - - - - - - - - SHORT ed low energy high energy