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Flashcards

MCAT Physics Equations

C J Medicine English 111 cards

MCAT Physics Equations

Cards in this deck (111)

  1. 1Kinematics equations pt. 1Kinematics equations pt. 1
  2. 2Kinematics equations pt. 2Kinematics equations pt. 2
  3. 3General force equationsGeneral force equations
  4. 4Gravitational forceGravitational force
  5. 5Friction equationsFriction equations
  6. 6PressurePressure
  7. 7Center of massCenter of mass
  8. 8Forces on an inclined planeForces on an inclined plane
  9. 9TorqueTorque
  10. 10CCW rotation concerning torque is...positive
  11. 11CW rotation concerning torque is...negative
  12. 12Centripetal forceCentripetal force
  13. 13Centripetal accelerationCentripetal acceleration
  14. 14Coulomb's LawCoulomb's Law
  15. 15Electric potential energy between 2 chargesElectric potential energy between 2 charges
  16. 16Magnitude of electric fieldMagnitude of electric field
  17. 17Force of electric field on a chargeForce of electric field on a charge
  18. 18Electric potential created by a chargeElectric potential created by a charge
  19. 19Force on a charge by a magnetic fieldForce on a charge by a magnetic field
  20. 20Strength of electric field between parallel plate capacitorStrength of electric field between parallel plate capacitor
  21. 21Change in electric potential energyChange in electric potential energy
  22. 22Work done by electric fieldWork done by electric field
  23. 23Index of refractionIndex of refraction
  24. 24Snells LawSnells Law
  25. 25Critical angle for total internal reflectionCritical angle for total internal reflection
  26. 26Mirror and lens equationMirror and lens equation
  27. 27The focal length of a concave mirror is written as a...positive number
  28. 28The focal length of a convex mirror is written as a...negative number
  29. 29The focal length of a converging (convex) lens is written as a ...positive number
  30. 30The focal length of a diverging (concave) lens is written as a...negative number
  31. 31Concave/Convex mirrors vs lensConcave/Convex mirrors vs lens
  32. 32Magnification equationMagnification equation
  33. 33Lens powerLens power
  34. 34Energy of a photon emitted or absorbed under the Bohr modelEnergy of a photon emitted or absorbed under the Bohr model
  35. 35Photon energyPhoton energy
  36. 36Energy level of a hydrogen atomEnergy level of a hydrogen atom
  37. 37Kinetic energy of a photoelectronKinetic energy of a photoelectron
  38. 38Heisenberg uncertainty relationHeisenberg uncertainty relation
  39. 39Specific gravitySpecific gravity
  40. 40Force of gravityForce of gravity
  41. 41Hydrostatic gauge pressureHydrostatic gauge pressure
  42. 42Archimedes PrincipleArchimedes Principle
  43. 43Floating object in equilibrium at surfaceFloating object in equilibrium at surface
  44. 44Poiseuille's Law Volume Flow RatePoiseuille's Law Volume Flow Rate
  45. 45Bernoulli's EquationBernoulli's Equation
  46. 46Torricelli's ResultTorricelli's Result
  47. 47Continuity EquationContinuity Equation
  48. 48Flow rateFlow rate
  49. 49Pascal's LawPascal's Law
  50. 50Viscous forceViscous force
  51. 51Ohm's LawOhm's Law
  52. 52ResistanceResistance
  53. 53Power (dissipated by a resistor or supplied by a battery)Power (dissipated by a resistor or supplied by a battery)
  54. 54Equivalent Resistance (in series and parallel)Equivalent Resistance (in series and parallel)
  55. 55CapacitanceCapacitance
  56. 56Total capacitanceTotal capacitance
  57. 57Energy stored in a capacitorEnergy stored in a capacitor
  58. 58AC voltageAC voltage
  59. 59AC currentAC current
  60. 60AC average power suppliedAC average power supplied
  61. 61AC average power dissipatedAC average power dissipated
  62. 62WorkWork
  63. 63PowerPower
  64. 64MomentumMomentum
  65. 65ImpulseImpulse
  66. 66Elastic collisionElastic collision
  67. 67Mechanical advantageMechanical advantage
  68. 68Conservation of total mechanical energyConservation of total mechanical energy
  69. 69Total mechanical energyTotal mechanical energy
  70. 70Kinetic energyKinetic energy
  71. 71Gravitational potential energyGravitational potential energy
  72. 72ConductionConduction
  73. 73First Law of ThermodynamicsFirst Law of Thermodynamics
  74. 74Linear thermal expansionLinear thermal expansion
  75. 75Thermodynamic workThermodynamic work
  76. 76EfficiencyEfficiency
  77. 77FrequencyFrequency
  78. 78PeriodPeriod
  79. 79Wave speedWave speed
  80. 80Elastic potential energyElastic potential energy
  81. 81Doppler effectDoppler effect
  82. 82Simple harmonic motion of spring (frequency + period)Simple harmonic motion of spring (frequency + period)
  83. 83Simple harmonic motion of pendulum (frequency + period)Simple harmonic motion of pendulum (frequency + period)
  84. 84Force exerted by springForce exerted by spring
  85. 85Work (spring)Work (spring)
  86. 86Intensity levelIntensity level
  87. 87Beat frequencyBeat frequency
  88. 88Standing wave (closed pipe)Standing wave (closed pipe)
  89. 89Standing wave (fixed ends and open pipe)Standing wave (fixed ends and open pipe)
  90. 90Angular velocityAngular velocity
  91. 91Moment of inertiaMoment of inertia
  92. 92Rotational kinetic energyRotational kinetic energy
  93. 93Arc lengthArc length
  94. 94SpeedSpeed
  95. 95Magnitude of accelerationMagnitude of acceleration
  96. 96Velocity of center of mass rolling without slippingVelocity of center of mass rolling without slipping
  97. 97Angular momentumAngular momentum
  98. 98Hooke's Lawstress = modulus x strain
  99. 99StressStress
  100. 100Tensile and compressionTensile and compression
  101. 101Shear strainShear strain
  102. 102The units for a Watt (W) are...J/s
  103. 103The units for the Newton (N) are...kgm/s^2
  104. 104The units for the Ampere (A) are...C/s
  105. 105The units for the Ohm are...V/A
  106. 106The units for the Tesla (T) are...N/Am or kg/As^2
  107. 107The units for the Farad (F) are...C/V
  108. 108The units for the Joule (J) are...Nm
  109. 109The units for a Volt (V) are...J/C
  110. 110The unit for Hertz (Hz) is...cycles/second
  111. 111The unit for a Pascal (Pa) is...N/m^2

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Description
- Light blue: Kinematics - Teal: Force - Orange: Charges and Electric Fields - Yellow: Light, Optics, and Quantum Physics - Gray: Work, energy, and power - Light pink: Circuits - Salmon: Oscillations, Waves, and Sound - Lilac: Angular Motion - Darker lilac: Fluids - Tan: Stress and Strain
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