'Longer wavelengths' presentation slideshows

Do Now

Do Now.

411 views • 31 slides

Ozone Creation

Ozone Creation. Chapter 4 Atmosphere and Surface Energy Balances. Geosystems 6e An Introduction to Physical Geography. Robert W. Christopherson Charles E. Thomsen. Why do we have to learn about energy?. Energy powers the biosphere, hydrosphere, and atmosphere.

416 views • 28 slides

The Nature or Light and Matter

Chapter 4. The Nature or Light and Matter. Survey of Astronomy. astro1010-lee.com. twlee2016@gmail.com. Chapter 4. Measuring the Velocity of Light.

364 views • 24 slides

Dispersion

Dispersion. P. 453. Dispersion. The 7 different wavelengths (ROYGBIV) of white light all travel at the same speed in a vacuum . When light encounters matter, however, the colours of light to slow down to different speeds . Therefore, refraction will also be different for each colour .

513 views • 23 slides

Molecular Orbital Theory and Charge Transfer Excitations

Molecular Orbital Theory and Charge Transfer Excitations. Chemistry 123 Spring 2008 Dr. Woodward. Molecular Orbital Diagram H 2. Antibonding Molecular Orbital (Orbitals interfere destructively). Energy. H 1s Orbital. H 1s Orbital. Bonding Molecular Orbital

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Electromagetic Spectrum

EM Spectrum

475 views • 19 slides

Chapter 7 Climate Interactions

404 views • 16 slides

Infrasound and Ultrasound

617 views • 16 slides

2.1 Energy in the Atmosphere

2.1 Energy in the Atmosphere. p. 42 - 45. Guide for Reading. In what form does energy from the sun travel to Earth? What happens to energy from the sun when it reaches Earth? Which color of visible light has the longest wavelength?

307 views • 15 slides

Blackbody radiation and solar radiation

Blackbody radiation and solar radiation. More on Blackbody Radiation; Black body radiation 2) Magnitude of Solar radiation. Summary. Radiation power mainly concentrated in an interval of

529 views • 12 slides

Our Universe

Our Universe. Farmington Jr. High Mr. Pratt. Quiz Tomorrow. Here are a few things to know. Online Textbook: Chapters 28-30. The text goes over a number of details we will not cover, so use it as a resource to help understand the main ideas of this presentation. Two main Points.

296 views • 12 slides

UV-Vis Absorption Spectroscopy

UV-Vis Absorption Spectroscopy. Lecture 23. Instrumental Noise as a Function in Transmittance.

342 views • 12 slides

REMOTE SENSING

REMOTE SENSING. Electromagnetic spectrum. All matter with a temperature above absolute zero (K) radiates electromagnetic waves of various wavelengths. The total range of wavelengths is commonly referred to as the electromagnetic spectrum below. It extends from gamma rays to radio waves.

141 views • 12 slides

Light Scattering

Light Scattering. Rayleigh Scattering & Mie Scattering. What is Scattering?. Process by which particles suspended in a medium of a different index of refraction diffuse a portion of the incident radiation in all directions

802 views • 10 slides

Ultraviolet Radiation & the eye

Ultraviolet Radiation & the eye. Diana Alrabe. What is ultraviolet radiation ?

400 views • 10 slides

Red Algae

Red Algae. What is Red Algae?. It is the largest phyla of algae Its scientific name is rhodophyta It is made up of eukaryotic cells without flagella and centrioles, unstacked thylakoids, and no chloroplast ER. . Unstacked thylakoids in plastids.

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207 views • 6 slides

Definition

Non Ionizing Radiation Chapter 11 HS 432 Students, please read the chapter focusing on the topics covered in this presentation. Definition. Non-ionizing radiation is a form of electromagnetic radiation. Its effects on the body vary and depend largely on the wavelength of the radiation.

244 views • 6 slides