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Laser Hair Removal Questions and Answers (Graded A) $11.99   Add to cart

Exam (elaborations)

Laser Hair Removal Questions and Answers (Graded A)

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  • Laser Hair Removal

Laser Hair Removal Questions and Answers (Graded A)Laser Hair Removal Questions and Answers (Graded A)Laser Hair Removal Questions and Answers (Graded A)Laser Hair Removal Questions and Answers (Graded A) Parameters - ANSWER-Wave length, duration, energy, frequency, and pulsed light mode Ultrav...

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  • October 22, 2024
  • 6
  • 2024/2025
  • Exam (elaborations)
  • Questions & answers
  • Laser Hair Removal
  • Laser Hair Removal
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NursingTutor1
Laser Hair Removal Questions and
Answers (Graded A)

Parameters - ANSWER-Wave length, duration, energy, frequency, and pulsed light
mode


Ultraviolet light - ANSWER-100-400 nm


visible light - ANSWER-400-750 nm


Infrared - ANSWER-750-1100 nm


Chromophores are - ANSWER-Light absorbing substances


Chromophores examlles - ANSWER-Hemoglobin, melanin, water and collagen


Monochromaticity - ANSWER-Emission of one wavelength of a single colour of light


pulse mode - ANSWER-Short emission times (rather than one king wave) measured in
millisecond


Electromagnetic waves are described by the following 3 properties - ANSWER-
Wavelength, frequency, energy


Wavelength - ANSWER-The distance between two troughs and two crests measured in
meters


wavelengths is measured in - ANSWER-Meters

, Electric field high points - ANSWER-Crests


Electric field low points - ANSWER-Troughs


violet wavelength range - ANSWER-400-450 nm


Blue wavelength range - ANSWER-450-500 nm


Green wavelength range - ANSWER-500-570


Yellow wavelength range - ANSWER-570-590 nm


Orange wavelength range - ANSWER-590-610 nm


Red wavelength range - ANSWER-610-700 nm


Frequency is measured in - ANSWER-Hertz (Hz)


1 Hz is equivalent to - ANSWER-1 cycle per second


Joule - ANSWER-Unit of measurement of electric, mechanical or thermal energy




Diode laser - ANSWER-800-810 nm


Nd: YAG laser - ANSWER-1064 nm


Energy levels are measured in - ANSWER-Joule J/cm2


Measurement of wavelength - ANSWER-Nanometers (nm)

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