Depending on the medium and temperature‚ the time it takes for sound waves to travel vary. The hypothesis states that if the temperature in the air increases‚ then the speed of sound will also increase because faster-moving particles transfer energy quickly. The data collected supports the hypothesis. Therefore‚ increased air temperature affects the speed of sound because the molecules move faster‚ which causes the energy to be transferred quickly‚ which then increases the speed of sound. In the data‚
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INTRODUCTION: This is a standard circuit which can be used to adjust the brightness of mains lights and the speed of AC motors. It uses a triac‚ diac and has a radio-frequency interference (RFI) noise suppression circuit built into it as well. The circuit controls the average power to a load through the triac by phase control. The AC supply is applied to the load for only a controlled fraction of each cycle. The triac is held in an OFF condition for a portion of its cycle then is triggered ON at
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What are particle accelerators used for? A particle accelerator is a device that uses electric fields to propel electrically charged particles in a vacuum‚ which approach the speed of light‚ towards each other and collide. The result hopefully being that the kinetic energy in the particles and other energy converted into subatomic particles or various types of nuclear radiation. There is more than one type of particle accelerator; they come in two basic types: • Linear • Circular Linear
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What happens in diabetes? Lack of insulin or a resistance to insulin is known to have major metabolic effects. Food powers our bodies. When we eat food‚ most digestable carbohydrates are converted into glucose and rapidly absorbed into the bloodstream. We use this glucose for energy. However these carbohydrates cannot be utilized effectively and excess glucose cannot be stored in the liver. The glucose level in the blood increases but the cells of the body will be lacking of glucose and energy.
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Photosynthesis (happens in chloroplasts in mesophyll cells) 1. Light dependent stage Happens in the grana of chloroplasts Light (energy) gets trapped by chlorophyll pigments (light energy converted to chemical energy) This energy used to turn ADP and Pi into ATP Energy used to split water (H2O) into Hydrogen and Oxygen The hydrogen ions get collected by NADP‚ which becomes NADPH The Oxygen is waste‚ and leaves! So‚ in this stage‚ water comes in. ATP and NAPDH come out‚ as does Oxygen.
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Gizmo Warm-up On the Boyle’s Law and Charles’ Law Gizmo™‚ check that the BOYLE’S LAW tab is selected. The Gizmo shows a container of gas; the little purple spheres represent molecules. 1. Observe the particles. Are they all moving at the same speed? _____No_______________________________ 2. How do the particles interact with the walls and lid of the container? _They run into them and bounce off and go in another direction. ________________ _________________________________________________________________________
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What Happens Next Caitlyn Smith I woke up early one day. The cave was dark and I could not see. I went outside to see if I could find mother‚ but she was nowhere to be found; I guess she went off somewhere without telling me. I’m looking around after just waking up and I see this creature. I don’t know what to do. He comes closer‚ what am I supposed to do? I saw him running towards me and I started getting scared. He grabbed a stick and threw it towards me as if to warn me that he was
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Chemical Engineering Unit Operations II Lau Wai Man‚ Raymond Jiang Rongrong Office: N1.2-B2-32 Office: N1.2-B1-08 Phone: 6316 8830 Phone: 6514 1055 Email: wmlau@ntu.edu.sg Email: rrjiang@ntu.edu.sg Course Outline • Particulate Technology – Particle size analysis – Packed bed – Gas-solid fluidized bed – Gas-liquid-solid fluidized bed • Filtration • Crystallization • Drying Covered by Prof. Jiang Rongrong Grading • Continuous Assessment – 30% Quizzes • Exam – 70% Final Exam
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Question: "What is the God particle?" Answer: The "God particle" is the nickname of a subatomic particle called the Higgs boson. In layman’s terms‚ different subatomic particles are responsible for giving matter different properties. One of the most mysterious and important properties is mass. Some particles‚ like protons and neutrons‚ have mass. Others‚ like photons‚ do not. The Higgs boson‚ or “God particle‚” is believed to be the particle which gives mass to matter. The “God particle” nickname
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God Particle Aparajita Srivastava The "God particle" is the nickname of a subatomic particle called the Higgs boson. In layman’s terms‚ different subatomic particles are responsible for giving matter different properties. One of the most mysterious and important properties is mass. Some particles‚ like protons and neutrons‚ have mass. Others‚ like photons‚ do not. The Higgs boson‚ or “God particle‚” is believed to be the particle
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