Projects Radar and Sonar Doppler effect ( in light and Sound), Applications. Shock waves: What is a shock wave? Applications. Fluorescence. Microwave Ovens.

Slides:



Advertisements
Similar presentations
Light Waves Single slit diffraction and double slit interferance
Advertisements

Chs. 17 & 18 - Waves III. Wave Behaviors Reflection Refraction
Optics and Telescopes Chapter Six. Telescopes The fundamental purpose of any telescope is to gather more light than the naked eye can In many cases telescopes.
© Oxford University Press 2011 IP Diffraction of waves Diffraction of waves.
Sound and Light CHAPTER 15. All sound waves  Are caused by vibrations.
Class Update Observations Moon Phases Due Tuesday, Mar. 3 (2 weeks) Tuesday, Feb. 17 7:30-10pm Macalester College (Telescopes only) Friday, Feb :30pm.
A review for the quiz Light Waves.
Light Chapter 14 Just like the falling rainbow, Just like the stars in the sky, Life should never feel small. -Vearncombe.
The Electromagnetic Spectrum. The waves of the spectrum Herschel used a prism to separate the wavelengths present in sunlight. Herschel used a prism to.
Optics and Telescopes Chapter Six.
L06Uaecho-based range sensing1.
What Is Imaging Science?
Light Through One Slit When light passes through a narrow slit, it spreads out in a way that is inconsistent with ray optics. If light consisted of “corpuscles”
What is the wavelength of an EM wave ? Wavelength is related to wave’s frequency f.  f = c (speed of light) The higher the frequency of a wave, the shorter.
© 2012 Pearson Education, Inc. { Chapter 36 Diffraction (cont.)
Optics and Telescopes Chapter Six.
The Doppler Effect in Meteorology Carmen Fragapane.
Unit 11 Lesson 5 Light Technology Copyright © Houghton Mifflin Harcourt Publishing Company.
What is Radio Astronomy? MIT Haystack Observatory This material was developed under a grant from the National Science Foundation.
Observatories and Telescopes Mauna Kea, Hawaii (14,000 ft) Why do telescopes need to be located at high altitude and dry climate ?
Chapter 13 Sound. Section 1 ► ► Electromagnetic waves   made by vibrating electric charges and can travel through space. ► ► Electric and magnetic.
Chapter #12 Sound and Light.
is transparent ERAU Astronomical Observatory Meade inch Schmidt Cassegrain Reflecting Telescope.
Non-Optical Telescopes
P2- Radiation and Life. Electromagnetic Radiation Electromagnetic radiation transfers energy is ‘packets’ (photons) Each photon carries energy, the amount.
Section 2: Waves of the Electromagnetic Spectrum Objectives: list and compare different types of electromagnetic waves describe how the electromagnetic.
Light. Review Question What is light? Review Question How can I create light with a magnet?
UNIT 1: WAVES Lesson 6 : Reflection of Waves. Reflection - when a wave bounces off of an object  Reflection is what allows you to see an object that.
Look at your formula chart for question 9 10.
Waves 1. What is a wave? Transports: Momentum Energy Matter Oscillatory motion 2.
CSI 4118Fall Part I Signals, Media, And Data Transmission.
Electromagnetic radiation waves Waves are three dimensional Waves vibrate in all planes around a center line. The waves have high points called “crests.”
Uses of Light Waves.
Interference and Diffraction. Conditions for Interference Coherent Sources - The phase between waves from the multiple sources must be constant. Monochromatic.
PHYS 221 Recitation Kevin Ralphs Week 11. Overview HW Questions Diffraction Interference.
Pendulum, Medical, Industrial
Key ideas  The electromagnetic spectrum is made up of radio waves, microwaves, infrared radiation, visible light, ultraviolet radiation, X-rays and gamma.
Universe Tenth Edition Chapter 6 Optics and Telescopes Roger Freedman Robert Geller William Kaufmann III.
Section12.2 & 13.2 SC Standards Covered Standard PS-7.5Summarize the characteristics of the electromagnetic spectrum (including range of wavelengths,
Electromagnetic Waves Chapter 12. What is an Electromagnetic Wave? Electromagnetic wave – is made by vibrating electric charges and can travel through.
Radio Telescopes. Angular resolution Distant objects are separated by an angle. –Degrees, arc-minutes, arc-seconds Angular resolution refers to the ability.
Astronomical Observations TypeAtmosphere  Radio WavesNo effect  MicrowavesMostly blocked  InfraredBlocked  Visible LightSlight blurring  UltravioletBlocked.
Space Explorations Science 9. THE SPECTROSCOPE: NEW MEANINGS IN LIGHT Topic 3.
Waves Transverse Longitudinal.
Electromagnetic Spectrum
Electromagnetic Waves
Electromagnetic radiation waves
Ultrasound.
Unit 3 Lesson 5 Light Technology
Electromagnetic radiation waves

Electromagnetic radiation waves
Doppler Effect.
Tools of Astronomy.
Introduction - characterization of materials.
Magnetic Field of a Solenoid
Physics 2051 Bio-Astronomy of Solar Systems
Electromagnetic Spectrum
EM Spectrum Notes.
Optical Telescopes, Radio Telescopes and Other Technologies Advance Our Understanding of Space Unit E: Topic Three.
Lesson 2: Waves of the Electromagnetic Spectrum Essential Questions:
Topic 5 Space Exploration
Unit 3, Section 1 Telescopes.
The Doppler Effect.
Unit 3 Lesson 5 Light Technology
Radio Telescopes Elliott.
Reflection of light Albedo=reflected flux / incident flux.
P2 – Radiation and Life Revision worksheet
Telescopes Augmenting the Eye.
Sci. 1-3 Telescopes- then and Now Pages 18-23
Presentation transcript:

Projects Radar and Sonar Doppler effect ( in light and Sound), Applications. Shock waves: What is a shock wave? Applications. Fluorescence. Microwave Ovens. Thermograms. CAT scans. A speeder Caught by Radar. Fiber Optics. Or any one of the followings..

“Superluminal” Quasar 16 light years t=0 t=1 year Radio Telescope Arrays A line of parabolic dish radio receivers behaves like a diffraction grating in reverse, giving high- precision locations of radio sources in the sky. Processing the data with varying phases between dish signals produces dramatic high resolution images of the universe as viewed with radio waves. Mars Saturn The Sun

Ultrasound Images

Rainbows & Mirages

Tsunami Waves

Global Warming & The Greenhouse effect

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.