'Short wavelength' diaporamas de présentation

ACCELERATORS

1.04k views • 91 slides

ACCELERATORS

919 views • 91 slides

The Electromagnetic Spectrum, Light, Astronomical Tools

699 views • 58 slides

wavelength

wavelength. Visible light. Amplitude. wavelength. Node. Ultraviolet radiation. Chapter 6: Electromagnetic Radiation. Figure 7.1. Short wavelength --> high frequency high energy. Long wavelength --> small frequency low energy. Which has the longest wavelength?. Infrared

1.05k views • 47 slides

Networking Fundamentals

Networking Fundamentals. Fiber-Optic Cable. Application (Layer 7 ).

658 views • 46 slides

BUSINESS EXAM 2 THURSDAY NOVEMBER 4, 2010 MATERIAL COVERED: CHAPTERS 4, 5 & 6

BUSINESS EXAM 2 THURSDAY NOVEMBER 4, 2010 MATERIAL COVERED: CHAPTERS 4, 5 & 6 TIME: 7:00PM-8:00PM WHERE: (TO BE ANNOUNCED LATER) WHAT TO BRING: CALCULATOR, ONE PAGE OWN NOTES CONFLICT IN SCHEDULE? CONTACT ME TO MAKE SEPARATE TIME. wavelength. Visible light. Amplitude.

404 views • 40 slides

wavelength

wavelength. Visible light. Amplitude. wavelength. Node. Ultraviolet radiation. Electromagnetic Radiation. Figure 7.1. Wave motion: wave length and nodes. Short wavelength --> high frequency high energy. Long wavelength --> small frequency low energy.

429 views • 39 slides

wavelength

wavelength. Visible light. Amplitude. wavelength. Node. Ultraviolet radiation. Chapter 6: Electromagnetic Radiation. Short wavelength --> high frequency high energy. Long wavelength --> small frequency low energy. The electromagnetic spectrum.

340 views • 32 slides

QUIZ - WATER AND WEATHER

249 views • 21 slides

Chapter 7 The quantum mechanical atom.

Chapter 7 The quantum mechanical atom. Chapter 7 Chapter 8 Chapter 9 Chapter 11 Chapter 22. Chapter 7: The Quantum Mechanical Atom Coverage: all sections Overall Goals:

306 views • 20 slides

Hubble Space Telescope

Hubble Space Telescope. Advanced Space Academy Fall 2003. USSRC Proprietary. Hubble Astronomy. The Astronomer: Edwin Hubble The Telescope: Mission, Optics & Repairs Major Discoveries Companions: past, present and future. The Astronomer: Edwin Hubble 1889-1953.

495 views • 19 slides

RG and me

310 views • 18 slides

The Doppler Effect

369 views • 17 slides

Electromagnetic Waves & the Electromagnetic Spectrum

341 views • 16 slides

Language of the Energy Cycle: The Electromagnetic Spectrum

184 views • 14 slides

Structure of plant and animal cells under an electron microscope

Structure of plant and animal cells under an electron microscope. Advanced Higher Biology Cell and molecular Biology. The Electron Microscope. Two main advantages High resolving power (short wavelength of electrons)

818 views • 9 slides

Hearing

Hearing. Ear Mechanics. The ear is collects and amplifies sound. Initial receiver is the eardrum. Sensitive to tiny pressure changes Middle ear transmits the sound through bone. Act as levels magnifying force by 40 Inner ear (cochlea) separates pitches. Breaks up superposed waves

176 views • 7 slides

Waves and Their Properties

Waves and Their Properties. Create a foldable in your notebook. Pages 190-200. . Waves carry energy Mechanical waves need a medium to travel through gases, solids, liquids Formed when a source of energy causes the medium to vibrate. . Waves . Vibrates the medium at right angles .

188 views • 6 slides

Characterizing surface textures on the West Antarctic Ice Sheet.

+. Characterizing surface textures on the West Antarctic Ice Sheet. Benjamin Smith Funded by the 2002-05 Earth Systems Science Fellowship and NASA grant NAG5-9906. ben@ess.washington.edu. Transfer coefficient. Glacier surface slope. Ratio of sliding rate to deformation rate.

103 views • 1 slides