Final Review 15 weeks in 50 minutes

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Final Review15 weeks in 50 minutes!

• Phys 2101
• Gabriela González

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A course overview

• Ch 2,4 - Kinematics motion in 1,2 and 3D x(t),
  v(t), a(t)
• Ch 5,6 - Dynamics F ma
• Ch 7,8 - Energy potential, kinetic, Work-Energy
  theorem
• Ch 9 - Particles, collisions Linear momentum.
• Ch 10, 11 - Rotation tIa, rotational energy,
  angular momentum, rigid bodies
• Ch 12 Equilibrium, elasticity F0, t0
• Ch 13 Gravitation F Gm1m2/r2, U - GMm/r,
  Keplers laws
• Ch 14 Fluids at rest p(y), Pascal, Archimedes.
  
• Ch 15, 16 Oscillations,waves x(t) xm
  sin(wtf), y(x,t) ym cos(kx-wtf), standing
  waves
• Ch 18, 19, 20 Thermodynamics temperature,
  ideal gases, heat, internal energy, work,
  entropy, heat engines.

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Basic material

• Ch 2,4 - Kinematics motion in 1,2 and 3D x(t),
  v(t), a(t)
• Ch 5,6 - Dynamics F ma
• Ch 7,8 - Energy potential, kinetic, Work-Energy
  theorem

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Conservation laws

• Ch 9 - Particles, collisions Linear momentum.
• Ch 10, 11 - Rotation tIa, rotational energy,
  angular momentum, rigid bodies
• Ch 12 Equilibrium, elasticity F0, t0

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Gravitation, Fluids

• Ch 13 Gravitation F Gm1m2/r2, U - GMm/r
  for two and for several masses!
• Ch 14 Fluids at rest. p(y), Pascal, Archimedes.
  

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Oscillations and waves

• Ch 15 - Oscillations x(t) xm cos(wtf),
  
• Ch 16 Waves
• Traveling y(x,t) ym cos(kx-wtf)
• Superposition (interference, standing waves)

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Thermodynamics I

• Ch 18
• Temperature and heat,
• Thermal expansion
• Heat capacity, specific heat, heat of
  transformation Q c m DT, Q L m

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Thermodynamics - II

• Ch 18
• First law of thermodynamics DEint Q W
• p, V diagrams
• Ch 19 Kinetic theory
• Ideal gases pV nRT
  
• Specific heat Q nCPDT or n CV DT
  CV(f/2)R CP CVR
• Eint (f/2) nRT

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Thermodynamics - III
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Thermodynamics - IV

• Ch 20
• Reversible and irreversible processes entropy
• Second law of thermodynamics DS 0
• Heat engines e W/QH eC 1- TL/TH
• Refrigerators KQL/W KC TL/(TH-TL)

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Some advice

• Mild (low C)
• revisit homework sets
• revisit your exams
• read chapter summaries
• read formula sheet