The Heart • What does it generate? • Why is that so important? • Found in the… • Apex points at… • Base points at… • Sits atop the… • Medial to… • Anterior to the… • Posterior to the… Fibrous Pericardium • Made of… • Encloses. • Stabilizes. • Prevents... Serous Pericardium • Deep to the… • 2 layers • Parietal pericardium • Visceral pericardium • Pericardial cavity. 3 Layers of the Heart Wall • Epicardium • Myocardium • Endocardium. Heart Chambers
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Preliminary HSC Physics Research Task Part 1 - Inertia Inertia is what keeps an object in its rest state or moving at constant velocity. In other words‚ it is the tendency for objects to resist a change in their motion. The only thing inertia depends on is the mass of the object‚ so heavier objects have more inertia and it is harder to change its motion. When you accelerate quickly‚ you get pushed back against the seat. Because of inertia‚ your body keeps traveling at the same velocity as before
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Physics IN OUR DAILY LIVES “Any sort of technology which we uses IN our daily life is related to Physics.” Physics is the science of matter and its motion‚ space-time and energy. Physics describes many forms of energy - such as kinetic energy‚ electrical energy‚ and mass; and the way energy can change from one form to another. Everything surrounding to us is made of matter and Physics explains matter as combinations of fundamental particles which are interacting through fundamental forces. It will
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------------------------------------------------- Physics syllabus dot point summary Nathan Kulmar ------------------------------------------------- Physics syllabus dot point summary Nathan Kulmar 8.2.1.1 describe the energy transformations required in one of the following: – mobile telephone – fax/modem – radio and television Energy is stored as chemical energy in the phone’s battery. Chemical energy is transformed into electrical energy to operate the phone. The microphone
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Cocker and Walton Prizes 2012 Physics in Medicine By Fayaz Rahaman ➢ Introduction Physics is about understanding the laws that govern the world around us. Most people know about the problems solved and the discoveries made by physicists in the past‚ such as the orbits of planets found by Galileo‚ the law of gravity first unravelled by Newton and later extended by Einstein. It is not as widely
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The drop of the egg has many physics‚ when the egg drops there it has lost for forces behind it such as the eggs speed and the movement of it. The forces of the egg is velocity‚ speed‚ Newton’s first law‚ gravity and acceleration. If you see when the egg drops the motion will still remain moving until it gets interrupted by any other other forces‚ for example the floor that the egg would eventually hit would be the force that causes it to stop it from moving. Do to history and past experiments the
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Chapter 19 Nuclear Energy 19.1 Energy in your life Almost everything around us uses electricity and in order to power these devices‚ we must generate it. To create electrical energy‚ we must create thermal energy. Several techniques include using coal‚ natural gas‚ or nuclear thermal to create heat. Once heat is created‚ it is used to vaporize water and use the steam to propel a piston which turns an electric generator. Alternative energy sources include wind‚ solar‚ and micro hydro. 19.2 Nuclear
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6. Applications * Is it possible to add heat to a body without changing its temperature? Yes. It is possible to add energy to a body (in the form of heat) and not raise its temperature by causing a phase change. When you heat ice it takes energy to convert it from ice to water‚ but does not change the temperature of the body until it is all converted. The principle behind this is what we call latent heat. It refers to the energy (or heat) required to change the state of a substance without changing
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HG-1 THE HEAT OF FUSION OF ICE Introduction When heat flows into a system there are a number of things that can happen. One result could be a temperature rise. Or‚ the system might even catch fire. A third possibility is a change of state. As you know‚ matter exists in three states (or maybe four‚ the fourth being a plasma)‚ solid‚ liquid and gaseous. At different temperatures‚ the same substance may be in different states. Each state is characterized by the way the interatomic forces act. In solids
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Heinemann Physics Content and Contexts Units 2A and 2B Worked solutions Contents Unit 2A Aerospace physics Medical physics: atoms in action 3 5 Chapter 1 Measurement and data 1.1 Measurement and units 1.2 Data 1.3 Graphical analysis of data Chapter review 7 7 8 10 Chapter 2 Describing motion 2.1 Describing motion in a straight line 2.2 Speed‚ velocity and acceleration 2.3 Graphing motion: position‚ velocity and acceleration 2.4 Equations of motion Chapter review 14 15 17 20 23 Chapter
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