'Electromagnetic radiation' diaporamas de présentation

Chapter 2 Input and Output Mouse Keyboard Printer Monitor & Video Card Modem Sound Card Scanner Summary Mouse Using the Mouse Mouse Actions Click Drag and Drop Double-Click Right-Click ... Mouse (2) Left-handed Users Mouse Pad Clean the Mouse Cordless Mouse Mouse (3)

How do you LIGHT Up your world ? Part I-Virginia SOL 5.3 Exa min ing Lig ht 20 04 with Hands-On Activities Compiled by, Marjorie Anne Wallace Elementary Science Resource Teacher 2002-2005 / NNPS & NSF Coop Agreement Welcome to a power point presentation on LIGHT.

Broad outcomes Understand the wave nature of light and explain relationships between frequency, wavelength and speed of light Explain Planck’s quantum theory and its relevance in explaining the photoelectric effect Explain the Bohr model of the atom and its use to interpret line spectra

The Earth’s Global Energy Balance. What is it? The difference in the flow of energy reaching the Earth’s surface and the flow of energy emitted by the Earth’s surface. Radiation Insolation over the Globe Composition of the Atmosphere The Global Energy System

Veterinary Radiation Safety 4 Students. Radiation Safety. MA Law requires that persons who perform diagnostic radiology procedures on animal patients be adequately trained in equipment operation and radiation safety principles. . Authorization to take a radiograph at Tufts.

ASTR 113 – 003 Spring 2006. Lecture 01 Jan. 25, 2006. Introduction To Modern Astronomy II. Dr. Jie Zhang jzhang7@gmu.edu (703)993-1998.

BELLWORK 10/30/18. Is light a wave or a particle?. OBJECTIVES. Students will be able to explain how light behaves as a light and a wave Students will be able to explain how the emission of light is related to the behavior of electrons.

How do you LIGHT Up your world ? Part I-Virginia SOL 5.3. Exa min ing Lig ht 20 04 with Hands-On Activities Compiled by, Marjorie Anne Wallace Elementary Science Resource Teacher 2002-2005 / NNPS & NSF Coop Agreement. Welcome to a power point presentation on LIGHT.

Radiologic Events:. Attack on a Nuclear Power Plant. Objectives. Recognize the potential consequences of a terrorist attack on a nuclear power plant Describe the different types of radiation particles and waves and their effect on the body. Objectives.

Demos. Shuttle Tile and Oven Mohair fuzz Candle Fire Syringe Deck of Cards Pasco Cylinder and Temp Sensor Bicycle Tire and Digital Thermometer Steam Engine and generator + bulb Stirling Engine DI Water , Ethanol. Thermodynamics, Heat Energy, and how we benefit from it. Outline.

Electronic Structure of Atoms. In this chapter we will explore, the quantum theory and its importance in the study of chemistry. We will look more closely at the nature of light and how our study of light has changed the quantum theory to explain how electrons are arranged in an atom.

STORIES IN THE WAVES Exploring the Electromagnetic Spectrum (with a Gravitational Wave Bonus). The next slides show images of the SAME region of sky, but using different types of light. The view in VISIBLE LIGHT. INFRARED. RADIO WAVES. RADIO WAVES. GAMMA RAYS.

Introduction to Thermal Radiation. Figures except for the McDonnell Douglas figures come from Incorpera & DeWitt, Introduction to Heat and Mass Transfer or Cengel, Heat Transfer: A Practical Approach. Thermal Radiation. Occurs in solids, liquids, and gases Occurs at the speed of light

Heat can be transferred by: Conduction Convection Advection Radiation. Our atmosphere has a several gases that are selective absorbers of radiation . These gases include:. Water vapor (H 2 O) Carbon Dioxide (CO 2 ) Nitrous Oxide (N 2 O) Methane (CH 4 ) Ozone (O 3 )

Light, Photon Energies, and Atomic Spectra. Electromagnetic Radiation. Electromagnetic radiation (radiant energy) is characterized by its: wavelength (color): λ (Greek letter lambda) frequency (energy): ν (Greek letter nu). Waves. Wavelength = distance between successive “crests”

Electromagnetic Radiation. What do X­rays, light, microwaves, radio waves, and infrared have in common?. EM Radiation. Radiation can be described as the movement of energy through space. There are many different sources of radiation that vary by intensity.

Radionuclide therapy. External beam radiotherapy. Bevezető. Személyes bemutatkozás(video): Név, iskola bemutatása, néhány kép az iskoláról We are interested in nuclear phisics : We join the Twinning project on THE FIRST EUROPEAN NUCLEAR COMPETITION FOR SECONDARY SCHOOL STUDENTS.

Chapter 9. Inorganic Analysis: Forensic Determination of Metals and Gunshot Residue. Objectives (1 of 2). Students should gain an understanding of: The names and symbols that chemists use for elements and compounds

Remote Sensing & Image Processing Fundamentals. Originally presented by Burgess Howell / USRA / NASA SERVIR in November 2006. What is Remote Sensing. Acquisition of information about a target without physical contact with the object.

The Earth and the Universe. Light, Astronomical Observations, and the Sun. The study of light. Electromagnetic radiation Visible light is only one small part of an array of energy All forms of radiation travel at 300,000 kilometers (186,000 miles) per second. The study of light.