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FOREN : Light

FOREN : Light
60問 • 2年前
  • Allysah Marie Ares
    • 通報

    問題一覧

  • 1

    from .01 to 30 nanometers

    X-RAYS

  • 2

    from 30-400 nanometers

    ULTRAVIOLET RAYS

  • 3

    from 400-700 nanometers

    VISIBLE LIGHT

  • 4

    from 700-1000 nanometers

    INFRARED RAYS

  • 5

    Xrays example

    ROENTGEN RAYS, SHADOW METHOD, INTERNAL

  • 6

    Ultra Violet examples

    BLACK LIGHT USED FOR ERASURE, DOCUMENTS THAT ARE ALTERED, INVISIBLE WRITING, CONTACT WRITING, SEMEN, FIBER AND LATENT PRINTS

  • 7

    Infrared rays examples

    OBLITERATION, INSERTION, CHARRED DOCUMENTS

  • 8

    Is a radiant electromagnetic energy that can be seen by the naked eye

    LIGHT

  • 9

    Light rays with a wavelength of 400-700 nanometer is referred to as

    VISIBLE LIGHT

  • 10

    Those with shorter pr longer wavelengths are commonly referred as

    INVISIBLE RADIATIONS

  • 11

    Light energy has several effects on an object...

    REFLECTED, ABSORBED, TRANSMITTED, CONVERTED

  • 12

    The final effect a radiant energy may have on an object is to be converted to another wavelength. This Conversion is known as?

    LUMINESCENCE

  • 13

    Is a general term for the emission of light from a cool object.

    LUMINESCENCE

  • 14

    Categories of Luminescence

    FLUORESCENCE, PHOSPHORESCENCE, CHEMILUMINESCENCE

  • 15

    is the ability of an object to convert one wavelength to another as long as the active energy source is irradiating the object

    FLUORESCENCE

  • 16

    stimulated to the substance by the absorption of incident radiation and persisting only as long as the stimulating radiation is continued

    FLUORESCENCE

  • 17

    The object not only converts the wavelength while being irradiated but continuous to reflect the new wavelengthsfor a period of time after the energy source is removed.

    PHOSPHORESCENCE

  • 18

    Process by which the energy absorbed by the substance is released relatively slowly in the form of light

    PHOSPHORESCENCE

  • 19

    Is the generation of light by chemical reaction

    CHEMILUMINESCENCE

  • 20

    Most common form of lumiscence in living organism

    CHEMILUMINESCENCE

  • 21

    When all the wavelengths between 400-700 nanometers are presented to the eye in nearly equal quantity, we get the sensation or perception of colorless or...

    WHITE LIGHT

  • 22

    3 primary colors of light

    BLUE, GREEN, RED

  • 23

    Blue milli-microns

    400-500

  • 24

    Green milli-microns

    500-600

  • 25

    Red milli-microns

    600-700

  • 26

    3 secondary colors of light

    CYAN, YELLOW, MAGENTA

  • 27

    The colors of most ordinary objects are due to the fact that they do not absorb the same amount of light each wavelength

    ABSORPTION

  • 28

    Variation in the density of the atmospheric gases act in such a way that they scatter light of the shorter wavelength at the blue end of the spectrum much more they scatter light of the longer wavelength of the red end of the spectrum

    SCATTERING

  • 29

    The light reflected from the rop surface of such a film undergoes a reversal or phase but the light reflected from the bottom surface does not undergo this type of change

    INTERFERENCE

  • 30

    This happens when molecules of the fluorescent material absorb enrgy at one wavelength and radiate it at another wavelength

    FLUORESCENCE

  • 31

    Color may arise from differences in the refractive or bending power of a transparent medium of light of different wavelength. (ex rainbow)

    DISPERSION

  • 32

    This any color perception has three characteristics, any one which can be varied independently of the othe two.

    HUE, SATURATION, BRIGHTNESS

  • 33

    refers to the color itself

    HUE

  • 34

    When traveling in open space, light travels in straight line. However, when light comes in contact with an object, it may be bended

    BENDING OF LIGHT

  • 35

    Production of Colors

    ABSORPTION, SCATTERING, INTERFERENCE, FLUORESCENCE, DISPERSION

  • 36

    Bending of Light

    REFLECTION, REFRACTION, DIFFRACTION

  • 37

    Kinds of object as to how they behave to light

    TRANSPARENT, TRANSLUCENT, OPAQUE

  • 38

    light bounces off an object when flat surface , smooth, shiny reflect at the same time

    REFLECTION

  • 39

    Types of Reflection

    REGULAR, IRREGULAR

  • 40

    type of reflection; it happens when light hits a flat, smooth and shiny surface

    REGULAR REFLECTION

  • 41

    type of reflection when it occurs when light hits rough or uneven but glossy object

    IRREGULAR REFLECTION

  • 42

    Is the movement of light from one medium into another medium

    REFRACTION

  • 43

    It can cause bending of the ligh at the interfere between media

    REFRACTION

  • 44

    Refers to various phenomenon that occur when a wave encounters an obstacle or a slit.

    DIFFRACTION

  • 45

    Defined as the bending of light around the corners of an obstacles or aperture into the region of geometrical shadow of the obstacle

    DIFFRACTION

  • 46

    Allows sufficient visible light to pass through them that the object on the other side may be clearly seen

    TRANSPARENT objects

  • 47

    Allows light to pass, however diffuse it sufficiently that objects on the other side may not be clearly distinguished

    TRANSLUCENT objects

  • 48

    The objects on the other aide may be recognized but the sharp detail and outline are obscurred

    TRANSLUCENT objects

  • 49

    greatly diffuse the light that recognizing the object on the other side is very difficult if not possible

    OPAQUE objects

  • 50

    Classification of Daylight According to its Intensity

    BRIGHT, HAZY, DULL

  • 51

    Is a radiant electromagnetic energy that can be seen by the naked eye

    LIGHT

  • 52

    Those with shorter or longer wavelengths are commonly referred as?

    INVISIBLE RADIATIONS

  • 53

    is one of a number of known forms od radiant electromagnetic energy which travel in wave motion

    LIGHT

  • 54

    is the distance from the crest to the wave to the next succeeding crest

    WAVELENGTH

  • 55

    is the number of waves passing in a given point in one second

    FREQUENCY

  • 56

    the product of wavelength and frequency is

    SPEED OF TRAVEL

  • 57

    the presence of all colors

    WHITE

  • 58

    absence of all colors

    BLACK

  • 59

    have a wavelength ranges from 1,000 up nanometer

    RADIO LIGHT WAVES

  • 60

    is a form of art . has elements that might not be the first thing that we think about when we take a photograph

    PHOTOGRAPHY

    • CLAW J 2

    CLAW J 2

    Allysah Marie Ares · 80問 · 2年前

    CLAW J 2

    CLAW J 2

    80問 • 2年前
    Allysah Marie Ares

    CLAWJ 2

    CLAWJ 2

    Allysah Marie Ares · 18問 · 2年前

    CLAWJ 2

    CLAWJ 2

    18問 • 2年前
    Allysah Marie Ares

    CLAW J 2

    CLAW J 2

    Allysah Marie Ares · 64問 · 2年前

    CLAW J 2

    CLAW J 2

    64問 • 2年前
    Allysah Marie Ares

    CLAWJ 3

    CLAWJ 3

    Allysah Marie Ares · 33問 · 2年前

    CLAWJ 3

    CLAWJ 3

    33問 • 2年前
    Allysah Marie Ares

    CLAWJ 2

    CLAWJ 2

    Allysah Marie Ares · 8問 · 2年前

    CLAWJ 2

    CLAWJ 2

    8問 • 2年前
    Allysah Marie Ares

    FOREN : Light (2)

    FOREN : Light (2)

    Allysah Marie Ares · 25問 · 2年前

    FOREN : Light (2)

    FOREN : Light (2)

    25問 • 2年前
    Allysah Marie Ares

    CDINV

    CDINV

    Allysah Marie Ares · 45問 · 2年前

    CDINV

    CDINV

    45問 • 2年前
    Allysah Marie Ares

    CDINV (2)

    CDINV (2)

    Allysah Marie Ares · 7問 · 2年前

    CDINV (2)

    CDINV (2)

    7問 • 2年前
    Allysah Marie Ares

    GEC 7

    GEC 7

    Allysah Marie Ares · 16問 · 2年前

    GEC 7

    GEC 7

    16問 • 2年前
    Allysah Marie Ares

    CLAW J3

    CLAW J3

    Allysah Marie Ares · 24問 · 2年前

    CLAW J3

    CLAW J3

    24問 • 2年前
    Allysah Marie Ares

    CDINV (3)

    CDINV (3)

    Allysah Marie Ares · 25問 · 2年前

    CDINV (3)

    CDINV (3)

    25問 • 2年前
    Allysah Marie Ares

    CDINV (chapter3)

    CDINV (chapter3)

    Allysah Marie Ares · 86問 · 2年前

    CDINV (chapter3)

    CDINV (chapter3)

    86問 • 2年前
    Allysah Marie Ares

    CAMERA

    CAMERA

    Allysah Marie Ares · 53問 · 2年前

    CAMERA

    CAMERA

    53問 • 2年前
    Allysah Marie Ares

    FOREN LENS

    FOREN LENS

    Allysah Marie Ares · 8問 · 2年前

    FOREN LENS

    FOREN LENS

    8問 • 2年前
    Allysah Marie Ares

    CDINV

    CDINV

    Allysah Marie Ares · 5問 · 2年前

    CDINV

    CDINV

    5問 • 2年前
    Allysah Marie Ares

    FOREN

    FOREN

    Allysah Marie Ares · 46問 · 2年前

    FOREN

    FOREN

    46問 • 2年前
    Allysah Marie Ares

    CFLM (lesson 1-3)

    CFLM (lesson 1-3)

    Allysah Marie Ares · 30問 · 2年前

    CFLM (lesson 1-3)

    CFLM (lesson 1-3)

    30問 • 2年前
    Allysah Marie Ares

    CRIMC 3

    CRIMC 3

    Allysah Marie Ares · 17問 · 2年前

    CRIMC 3

    CRIMC 3

    17問 • 2年前
    Allysah Marie Ares

    CFLM (lesson 4)

    CFLM (lesson 4)

    Allysah Marie Ares · 6問 · 2年前

    CFLM (lesson 4)

    CFLM (lesson 4)

    6問 • 2年前
    Allysah Marie Ares

    CRIMC3

    CRIMC3

    Allysah Marie Ares · 52問 · 2年前

    CRIMC3

    CRIMC3

    52問 • 2年前
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    FOREN 2 (people ver)

    FOREN 2 (people ver)

    Allysah Marie Ares · 77問 · 2年前

    FOREN 2 (people ver)

    FOREN 2 (people ver)

    77問 • 2年前
    Allysah Marie Ares

    FOREN 2 (historical accounts of FP ver)

    FOREN 2 (historical accounts of FP ver)

    Allysah Marie Ares · 28問 · 2年前

    FOREN 2 (historical accounts of FP ver)

    FOREN 2 (historical accounts of FP ver)

    28問 • 2年前
    Allysah Marie Ares

    FOREN 2 (early publications)

    FOREN 2 (early publications)

    Allysah Marie Ares · 13問 · 2年前

    FOREN 2 (early publications)

    FOREN 2 (early publications)

    13問 • 2年前
    Allysah Marie Ares

    FOREN (PNP-AFIS)

    FOREN (PNP-AFIS)

    Allysah Marie Ares · 16問 · 1年前

    FOREN (PNP-AFIS)

    FOREN (PNP-AFIS)

    16問 • 1年前
    Allysah Marie Ares

    CRIMC 3 (Module 3: types of abnormal behavior)

    CRIMC 3 (Module 3: types of abnormal behavior)

    Allysah Marie Ares · 77問 · 1年前

    CRIMC 3 (Module 3: types of abnormal behavior)

    CRIMC 3 (Module 3: types of abnormal behavior)

    77問 • 1年前
    Allysah Marie Ares

    FOREN

    FOREN

    Allysah Marie Ares · 37問 · 1年前

    FOREN

    FOREN

    37問 • 1年前
    Allysah Marie Ares

    PE: Lesson 1

    PE: Lesson 1

    Allysah Marie Ares · 24問 · 1年前

    PE: Lesson 1

    PE: Lesson 1

    24問 • 1年前
    Allysah Marie Ares

    PE: Lesson 2

    PE: Lesson 2

    Allysah Marie Ares · 21問 · 1年前

    PE: Lesson 2

    PE: Lesson 2

    21問 • 1年前
    Allysah Marie Ares

    FOREN: Odontology

    FOREN: Odontology

    Allysah Marie Ares · 59問 · 1年前

    FOREN: Odontology

    FOREN: Odontology

    59問 • 1年前
    Allysah Marie Ares

    FOREN: Athropology

    FOREN: Athropology

    Allysah Marie Ares · 18問 · 1年前

    FOREN: Athropology

    FOREN: Athropology

    18問 • 1年前
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    CRIMC: Module 1

    CRIMC: Module 1

    Allysah Marie Ares · 53問 · 1年前

    CRIMC: Module 1

    CRIMC: Module 1

    53問 • 1年前
    Allysah Marie Ares

    CRIMC: Module 1.1

    CRIMC: Module 1.1

    Allysah Marie Ares · 52問 · 1年前

    CRIMC: Module 1.1

    CRIMC: Module 1.1

    52問 • 1年前
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    CRIMC: Module 2

    CRIMC: Module 2

    Allysah Marie Ares · 30問 · 1年前

    CRIMC: Module 2

    CRIMC: Module 2

    30問 • 1年前
    Allysah Marie Ares

    CRIMC: Module 3.1

    CRIMC: Module 3.1

    Allysah Marie Ares · 80問 · 1年前

    CRIMC: Module 3.1

    CRIMC: Module 3.1

    80問 • 1年前
    Allysah Marie Ares

    CRIMC: Module 3.2

    CRIMC: Module 3.2

    Allysah Marie Ares · 20問 · 1年前

    CRIMC: Module 3.2

    CRIMC: Module 3.2

    20問 • 1年前
    Allysah Marie Ares

    CDINV: Chapter 1

    CDINV: Chapter 1

    Allysah Marie Ares · 20問 · 1年前

    CDINV: Chapter 1

    CDINV: Chapter 1

    20問 • 1年前
    Allysah Marie Ares

    CDINV: Chapter 2

    CDINV: Chapter 2

    Allysah Marie Ares · 5問 · 1年前

    CDINV: Chapter 2

    CDINV: Chapter 2

    5問 • 1年前
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    CDINV 2

    CDINV 2

    Allysah Marie Ares · 36問 · 1年前

    CDINV 2

    CDINV 2

    36問 • 1年前
    Allysah Marie Ares

    CRIMC: Module 4

    CRIMC: Module 4

    Allysah Marie Ares · 71問 · 1年前

    CRIMC: Module 4

    CRIMC: Module 4

    71問 • 1年前
    Allysah Marie Ares

    FOREN (finals)

    FOREN (finals)

    Allysah Marie Ares · 68問 · 1年前

    FOREN (finals)

    FOREN (finals)

    68問 • 1年前
    Allysah Marie Ares

    FOREN (finals) part 2

    FOREN (finals) part 2

    Allysah Marie Ares · 19問 · 1年前

    FOREN (finals) part 2

    FOREN (finals) part 2

    19問 • 1年前
    Allysah Marie Ares

    foren: friction skin

    foren: friction skin

    Allysah Marie Ares · 15問 · 1年前

    foren: friction skin

    foren: friction skin

    15問 • 1年前
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    FOREN part 3

    FOREN part 3

    Allysah Marie Ares · 76問 · 1年前

    FOREN part 3

    FOREN part 3

    76問 • 1年前
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    CFLM: Lesson 1-3

    CFLM: Lesson 1-3

    Allysah Marie Ares · 18問 · 1年前

    CFLM: Lesson 1-3

    CFLM: Lesson 1-3

    18問 • 1年前
    Allysah Marie Ares

    CFLM: Lesson 4

    CFLM: Lesson 4

    Allysah Marie Ares · 69問 · 1年前

    CFLM: Lesson 4

    CFLM: Lesson 4

    69問 • 1年前
    Allysah Marie Ares

    CFLM: Lesson 5-6

    CFLM: Lesson 5-6

    Allysah Marie Ares · 24問 · 1年前

    CFLM: Lesson 5-6

    CFLM: Lesson 5-6

    24問 • 1年前
    Allysah Marie Ares

    CDINV: Lesson 2

    CDINV: Lesson 2

    Allysah Marie Ares · 65問 · 1年前

    CDINV: Lesson 2

    CDINV: Lesson 2

    65問 • 1年前
    Allysah Marie Ares

    CRIMC: Module 5

    CRIMC: Module 5

    Allysah Marie Ares · 100問 · 1年前

    CRIMC: Module 5

    CRIMC: Module 5

    100問 • 1年前
    Allysah Marie Ares

    CRIMC: (forda last quiz?)

    CRIMC: (forda last quiz?)

    Allysah Marie Ares · 31問 · 1年前

    CRIMC: (forda last quiz?)

    CRIMC: (forda last quiz?)

    31問 • 1年前
    Allysah Marie Ares

    CRIMC: Module 5

    CRIMC: Module 5

    Allysah Marie Ares · 100問 · 1年前

    CRIMC: Module 5

    CRIMC: Module 5

    100問 • 1年前
    Allysah Marie Ares

    FOREN: Module 4

    FOREN: Module 4

    Allysah Marie Ares · 16問 · 1年前

    FOREN: Module 4

    FOREN: Module 4

    16問 • 1年前
    Allysah Marie Ares

    FOREN: Module 5 (Lesson 1)

    FOREN: Module 5 (Lesson 1)

    Allysah Marie Ares · 31問 · 1年前

    FOREN: Module 5 (Lesson 1)

    FOREN: Module 5 (Lesson 1)

    31問 • 1年前
    Allysah Marie Ares

    FOREN: Module 5 (Lesson 2)

    FOREN: Module 5 (Lesson 2)

    Allysah Marie Ares · 76問 · 1年前

    FOREN: Module 5 (Lesson 2)

    FOREN: Module 5 (Lesson 2)

    76問 • 1年前
    Allysah Marie Ares

    Meeting 03

    Meeting 03

    Allysah Marie Ares · 12問 · 1年前

    Meeting 03

    Meeting 03

    12問 • 1年前
    Allysah Marie Ares

    module 1

    module 1

    Allysah Marie Ares · 67問 · 1年前

    module 1

    module 1

    67問 • 1年前
    Allysah Marie Ares

    問題一覧

  • 1

    from .01 to 30 nanometers

    X-RAYS

  • 2

    from 30-400 nanometers

    ULTRAVIOLET RAYS

  • 3

    from 400-700 nanometers

    VISIBLE LIGHT

  • 4

    from 700-1000 nanometers

    INFRARED RAYS

  • 5

    Xrays example

    ROENTGEN RAYS, SHADOW METHOD, INTERNAL

  • 6

    Ultra Violet examples

    BLACK LIGHT USED FOR ERASURE, DOCUMENTS THAT ARE ALTERED, INVISIBLE WRITING, CONTACT WRITING, SEMEN, FIBER AND LATENT PRINTS

  • 7

    Infrared rays examples

    OBLITERATION, INSERTION, CHARRED DOCUMENTS

  • 8

    Is a radiant electromagnetic energy that can be seen by the naked eye

    LIGHT

  • 9

    Light rays with a wavelength of 400-700 nanometer is referred to as

    VISIBLE LIGHT

  • 10

    Those with shorter pr longer wavelengths are commonly referred as

    INVISIBLE RADIATIONS

  • 11

    Light energy has several effects on an object...

    REFLECTED, ABSORBED, TRANSMITTED, CONVERTED

  • 12

    The final effect a radiant energy may have on an object is to be converted to another wavelength. This Conversion is known as?

    LUMINESCENCE

  • 13

    Is a general term for the emission of light from a cool object.

    LUMINESCENCE

  • 14

    Categories of Luminescence

    FLUORESCENCE, PHOSPHORESCENCE, CHEMILUMINESCENCE

  • 15

    is the ability of an object to convert one wavelength to another as long as the active energy source is irradiating the object

    FLUORESCENCE

  • 16

    stimulated to the substance by the absorption of incident radiation and persisting only as long as the stimulating radiation is continued

    FLUORESCENCE

  • 17

    The object not only converts the wavelength while being irradiated but continuous to reflect the new wavelengthsfor a period of time after the energy source is removed.

    PHOSPHORESCENCE

  • 18

    Process by which the energy absorbed by the substance is released relatively slowly in the form of light

    PHOSPHORESCENCE

  • 19

    Is the generation of light by chemical reaction

    CHEMILUMINESCENCE

  • 20

    Most common form of lumiscence in living organism

    CHEMILUMINESCENCE

  • 21

    When all the wavelengths between 400-700 nanometers are presented to the eye in nearly equal quantity, we get the sensation or perception of colorless or...

    WHITE LIGHT

  • 22

    3 primary colors of light

    BLUE, GREEN, RED

  • 23

    Blue milli-microns

    400-500

  • 24

    Green milli-microns

    500-600

  • 25

    Red milli-microns

    600-700

  • 26

    3 secondary colors of light

    CYAN, YELLOW, MAGENTA

  • 27

    The colors of most ordinary objects are due to the fact that they do not absorb the same amount of light each wavelength

    ABSORPTION

  • 28

    Variation in the density of the atmospheric gases act in such a way that they scatter light of the shorter wavelength at the blue end of the spectrum much more they scatter light of the longer wavelength of the red end of the spectrum

    SCATTERING

  • 29

    The light reflected from the rop surface of such a film undergoes a reversal or phase but the light reflected from the bottom surface does not undergo this type of change

    INTERFERENCE

  • 30

    This happens when molecules of the fluorescent material absorb enrgy at one wavelength and radiate it at another wavelength

    FLUORESCENCE

  • 31

    Color may arise from differences in the refractive or bending power of a transparent medium of light of different wavelength. (ex rainbow)

    DISPERSION

  • 32

    This any color perception has three characteristics, any one which can be varied independently of the othe two.

    HUE, SATURATION, BRIGHTNESS

  • 33

    refers to the color itself

    HUE

  • 34

    When traveling in open space, light travels in straight line. However, when light comes in contact with an object, it may be bended

    BENDING OF LIGHT

  • 35

    Production of Colors

    ABSORPTION, SCATTERING, INTERFERENCE, FLUORESCENCE, DISPERSION

  • 36

    Bending of Light

    REFLECTION, REFRACTION, DIFFRACTION

  • 37

    Kinds of object as to how they behave to light

    TRANSPARENT, TRANSLUCENT, OPAQUE

  • 38

    light bounces off an object when flat surface , smooth, shiny reflect at the same time

    REFLECTION

  • 39

    Types of Reflection

    REGULAR, IRREGULAR

  • 40

    type of reflection; it happens when light hits a flat, smooth and shiny surface

    REGULAR REFLECTION

  • 41

    type of reflection when it occurs when light hits rough or uneven but glossy object

    IRREGULAR REFLECTION

  • 42

    Is the movement of light from one medium into another medium

    REFRACTION

  • 43

    It can cause bending of the ligh at the interfere between media

    REFRACTION

  • 44

    Refers to various phenomenon that occur when a wave encounters an obstacle or a slit.

    DIFFRACTION

  • 45

    Defined as the bending of light around the corners of an obstacles or aperture into the region of geometrical shadow of the obstacle

    DIFFRACTION

  • 46

    Allows sufficient visible light to pass through them that the object on the other side may be clearly seen

    TRANSPARENT objects

  • 47

    Allows light to pass, however diffuse it sufficiently that objects on the other side may not be clearly distinguished

    TRANSLUCENT objects

  • 48

    The objects on the other aide may be recognized but the sharp detail and outline are obscurred

    TRANSLUCENT objects

  • 49

    greatly diffuse the light that recognizing the object on the other side is very difficult if not possible

    OPAQUE objects

  • 50

    Classification of Daylight According to its Intensity

    BRIGHT, HAZY, DULL

  • 51

    Is a radiant electromagnetic energy that can be seen by the naked eye

    LIGHT

  • 52

    Those with shorter or longer wavelengths are commonly referred as?

    INVISIBLE RADIATIONS

  • 53

    is one of a number of known forms od radiant electromagnetic energy which travel in wave motion

    LIGHT

  • 54

    is the distance from the crest to the wave to the next succeeding crest

    WAVELENGTH

  • 55

    is the number of waves passing in a given point in one second

    FREQUENCY

  • 56

    the product of wavelength and frequency is

    SPEED OF TRAVEL

  • 57

    the presence of all colors

    WHITE

  • 58

    absence of all colors

    BLACK

  • 59

    have a wavelength ranges from 1,000 up nanometer

    RADIO LIGHT WAVES

  • 60

    is a form of art . has elements that might not be the first thing that we think about when we take a photograph

    PHOTOGRAPHY