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G484

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Term
Definition
show the product of mass and velocity and appreciate the vector nature of momentum  
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Newtons Second Law of motion   show
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Impulse of force   show
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show Perfectly elastic - Momentum and kinetic energy conserved Inelastic - only momentum is connserved  
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show Within a closed system, the total momentum in any specific direction remains constant.  
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radian   show
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gravitational field strength   show
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Newton’s law of gravitation   show
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geostationary orbit   show
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internal energy   show
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show The specific heat capacity of a substance is the energy required per unit mass of the substance to raise the temperature by 1 k (1 degree)  
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Boyle’s law;   show
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Charles Law   show
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show P directly proportional to T  
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Newtons First Law   show
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show When two bodies interact, the forces they exert on each other are equal in magnitude and opposite in direction.  
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Kepler's third law   show
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SHM, A=   show
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Omega=   show
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(SHM) x=   show
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(SHM) V=   show
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show Resonance is the phenomenon that occurs when a physical system is periodically disturbed at the same period of one of its natural frequencies. Occurs when driving frequency = natural frequency  
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Circular motion v= a=   show
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show When there is a force perpendicular to the objects velocity  
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Uses of resonance   show
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show Brownian motion  
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Assumptions for ideal gases   show
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show The volume occupied by the particles is negligible compared to volume of container Particles are involved in random motion  
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show Latent heat of fusion  
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show Latent heat of vaporisation  
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show Force/acceleration is proportional to displacement (from equilibrium position) (Resultant force) force/acceleration is (always) towards equilibrium position (WTTE, e.g. allow fixed point).  
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show Energy/time  
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show Its natural frequency is equal to frequency of driver Its amplitude is maximum It absorbs max energy  
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show Resultant force (F) acts at 90o to motion Fcos90 =0  
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Potential and kinetic energy changes as tmeperature and state changes   show
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Created by: Ben Bailey
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