'Frequency wavelength' diaporamas de présentation

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Quantum Model

Quantum Model. Orbital diagram of chromium. Show the orbital diagram of chromium. Orbital diagram of chromium. Show the electron configuration of chromium. Orbital diagram of chromium. Show the abbreviated noble gas configuration of chromium. Quantum numbers.

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Light, Photon Energies, and Atomic Spectra

Light, Photon Energies, and Atomic Spectra. Electromagnetic Radiation. Electromagnetic radiation (radiant energy) is characterized by its: wavelength (color): ? (Greek letter lambda) frequency (energy): ? (Greek letter nu). Electromagnetic Radiation. They are related by the equation:

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Waves & Particles

Electrons in Atoms. Waves & Particles. A. Waves. Wavelength ( ?) - length of one complete wave Frequency ( ?) - # of waves that pass a point during a certain time period hertz (Hz) = 1/s Amplitude (A) - distance from the origin to the trough or crest. ?. crest. A. A. origin.

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Satellite Microwave Radiometry: Current and Future Products

Satellite Microwave Radiometry: Current and Future Products. Rogre De Roo and Tony England Atmospheric, Oceanic, and Space Sciences. Outline. Principles of Microwave Radiometry Observables History of spaceborne missions Future missions and opportunities.

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The Virtual Solar Observatory: Status

The Virtual Solar Observatory: Status. J.B. Gurman, G. Dimitoglou NASA Goddard Space Flight Center R.S. Bogart, K. Tian Stanford University F. Hill, I. Suarez-Sola, S. Wampler National Solar Observatory P. Martens, A. Davey Montana State University. VSO: A short history.

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Light, Photon Energies, and Atomic Spectra

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Transmission Measurement

Transmission Measurement. Basic Outline. Transmission Curve. Describes the percentage of a signal that is transmitted through an object (filter) over a range of wavelengths or frequencies. What could be analyzed between the incident beam and the transmitted beam: - power

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What we will do today:

What we will do today:. Carry out calculations involving the relationship between speed, wavelength and frequency for waves. Speed, frequency & wavelength. Are all related by the following equation: Wave speed = frequency x wavelength v = f ? v (m/s) f (Hz) ? (m).

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Light

Light. The Electromagnetic Spectrum. Long to short Radio Microwave Infrared Visible light Ultraviolet X-ray Gamma ray High frequency to low Gamma Ray X-Ray Ultraviolet Visible light Infrared Microwave Radio. Visible Spectrum. Long to short Red Orange Yellow Green Blue

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The Electro-Magnetic Spectrum

The Electro-Magnetic Spectrum. Beyond the spectrum of Visible Light. The Electromagnetic Spectrum. Visible Light is only a small part of the possible frequencies for electro-magnetic waves Radio Waves, X-rays, Infrared Rays etc. differ from Visible light only in Frequency Wave length and

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Electrons & light

Electrons & light. The duel nature of electrons Book reference: Chapter 13 pages 372 - 375 Question 11 & 12. Electromagnetic Energy. Energy transferred in the form of waves

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