Waves and Radiation Revision PDF

Revision Waves and Radioactive radiation.  A wave is a disturbance in a medium that carries energy without a net movement of particles You need to know two types: Waves...

Revision Waves and Radioactive radiation.  A wave is a disturbance in a medium that carries energy without a net movement of particles You need to know two types: Waves Transverse waves Longitudinal waves Longitudinal and Transverse waves Wave speed Frequecy: How many whole waves that passes a fixed point in a second. Example: What is the wavelength of a sound that is traveling at 343 m/s and has a frequency of 440 Hz? Formative Electromagnetic waves Electromagnetic spectrum | Definition, Diagram, & Uses | Britannica The Electromagnetic spe ctrum | The HSE-gatewa y| Medical uses of some rays Biomedical applications of the electro magnetic spectrum. The classic... | Do Dangers Dangers of EM Waves (3.1.7) | Edexce l IGCSE Physics Revision Notes 2019 | Save My Exams Standing waves, bending of waves, wifi, wave emission by elements, Radioactive radiation for medical treatment, Radon, Fission and Fusion  Standing waves Standing waves, or Standing - Standing wave - Wikipedia stationary waves are a wave-like swing motion that forms a pattern of fixed knots. The wave is in a constant position. Two opposite- facing waves form a standing wave https://alrashidacademykt.blogspot.com/2021/05/ stationary-waves-standing-waves. Bending waves In water we can observe that the waves tend to bend off behind an islet, a pier or the like. This is what allows you to hear sound even if you are behind a corner. Sound is waves that bend around edges and fill in the entire room. Diffraction of Waves | S-cool, the revision website Interference Interference occurs when two or more waves appear in a point and creates a new wave that will in general have new properties such as altered frequency or amplitude. Reflection and Refraction Difference Between Reflection and Refraction (wit h Comparison Chart) - Key Differences DATE (virginia.edu) Wifi The mobile phone uses microwaves. A mobile phone is essentially a two-way radio that both transmits and receives. Two wavelengths are always used at the same time, one specific wavelength is used to receive, another to send  Aurora Borealis About - Aurora Borealis: where to see the Nort hern Lights in 2021? | GoOpti Telescopes Wave emission by elements Red shift and Blue shift Radioactiv e radiation for medical treatment Radon Radon is an invisible and odorless radioactive gas. If you have measured radon levels above 100 Bq/m³, you should take measures to reduce the level. Radon level should not exceed the limit value of 200 Bq/m3. Radon in indoor air increases the risk of lung cancer Fission and Fusion Fission is the splitting of a heavy, Fusion is the process where two light unstable nucleus into two lighter nuclei combine together releasing nuclei. vast amounts of energy Greenhouse effect Carbon Dioxide, Methane, Nitrous Oxide, and the Green house Effect - Conservation in a Changing Climate (lta.o  Ozone layer ozone layer – Google Søk Ozone Layer Depletion: Definition, Causes, Effects , & Solutions (sciencefacts.net) UVA, UVB AND UVC + UV INDEX What’s the difference between UVA and U VB rays? | MD Anderson Cancer Center Ultraviolet (UV) Radiation - AIM at Melanoma Foundation Positive effects for being in the sun. Sun Exposure - Positive and Negative Effects (news-medical.net)  Ionizing radiation The term ionizing refers to the ability for a force to eject a bound electron from the orbit of an atom or molecule. STARTER WHAT QUESTIONS DO YOU WANT ANSWE RED ABOUT NUCLEAR RADIATION? - ppt download (slideplayer.com) Alpha, Beta and Gamma radiation 868 Alpha Radiation Images, Stock Photos & Vec tors | Shutterstock Becquerel and Geiger counter What is Radioactivity? Pupils will learn how the ac tivity of radioactive materials is measured. - ppt d ownload (slideplayer.com) Half-life Half-Life — Definition & Overview - Expii Examples of radioactive isotopes Learn About Radioisotope | Cheg What is the Radioactive Isotope? - A Plus To g.com pper Equations using radioactive isotopes Solved Nuclear Equation Complete the equation: | Chegg.com  C-14 dating Carbon Dating: How Radioactive Isotopes Estima te Age - Earth How VA Aquifer Susceptibility-Carbon-14 (usgs.gov) Vocabulary list for this chapter… Radiation and radioactivity Medical uses of some rays Dangers Waves Reflection Longitudinal Refra%ction Transverse Interference Eg. of longitudinal and transverse Bending of a wave Standing waves Amplitude Wifi Wavelength Northern light – aurora Borealis Crest (Knowledge about the Universe by looking at electromagnetic radiation.) Planets, stars, galaxies, telescopes, radiation from space, infrared, Trough doppler absorption spectrum from stars. Blå og rødforskyvning. Wave emission by elements Wave speed Absorption spectrum, given out information in Norwegian and in English Electromagnetic waves Climate changes, essay. Explain, give some examples, Global and local actions. Handout in Include all types and their functions and Norwegian. uses Greenhouse effect. …continues Ozone layer. ½ life and half-life curve Examples of radioactive isotopes UV-radiation, UVA, UVB and UVC. Equations using radioactive isotopes UV index C-14 dating Positive and negative effects for being in the x-rays sun. Radioactive radiation for medical treatment Ionising radiation. Radon Alpha radiation Fission Fusion Beta radiation Gamma radiation Uses of radiation. Chemistry book: Becquerel Chapter 1 (p. 7-8), 15 (p.169-170) and 17. Physics book: Geiger counter Chapter 1 (p.21-23), 2 (p.33-35), 3 (66-69, 71-73), 4 (p. 22-23, p. 81-83, p.102-104), 7 and 8 (p. 192)