AP Physics B - Experiments

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Document Library

Name		Description
	Measuring "g"	In this we use a spark timer to measure the acceleration due to gravity
	AP_Physics_B_C_-_Friction_on_an_incline	AP_Physics_B_C_-_Friction_on_an_incline
	AP_Physics_B_-_Diffraction-camera_lab	AP_Physics_B_-_Diffraction-camera_lab
	AP_Physics_B_C_-_Internal_Resistance	AP_Physics_B_C_-_Internal_Resistance
	AP_Physics_B_-_Fluid_mechanics_lab	AP_Physics_B_-_Fluid_mechanics_lab
	AP_Physics_B_-_Ballistic_Pendulum_Lab	AP_Physics_B_-_Ballistic_Pendulum_Lab
	AP_Physics_B_-_buoyancy_lab	AP_Physics_B_-_buoyancy_lab
	AP_Physics_B_-_Capacitance_Lab_Geometry_Only_	AP_Physics_B_-_Capacitance_Lab_Geometry_Only_
	AP_Physics_B_-_Capacitance_Lab_II_Series_Parallel_	AP_Physics_B_-_Capacitance_Lab_II_Series_Parallel_
	AP_Physics_B_-_Capacitance_Lab	AP_Physics_B_-_Capacitance_Lab
	AP_Physics_B_-_Conservation_of_Energy_using_a_pendulum	AP_Physics_B_-_Conservation_of_Energy_using_a_pendulum
	AP_Physics_B_-_Coulomb_s_Law_Balance_1	AP_Physics_B_-_Coulomb_s_Law_Balance_1
	AP_Physics_B_-_Coulomb_s_law	AP_Physics_B_-_Coulomb_s_law
	AP_Physics_B_-_Electric_Field_lab	AP_Physics_B_-_Electric_Field_lab
	AP_Physics_B_-_Energy_Level_Diagrams	AP_Physics_B_-_Energy_Level_Diagrams
	AP_Physics_B_-_Finding_d_for_a_diffraction_grating	AP_Physics_B_-_Finding_d_for_a_diffraction_grating
	AP_Physics_B_-_Hookes_Law_and_Potential_Energy	AP_Physics_B_-_Hookes_Law_and_Potential_Energy
	AP_Physics_B_-_Ideal_Gas_Law_lab	AP_Physics_B_-_Ideal_Gas_Law_lab
	AP_Physics_B_-_Lenses_Lab_Revised	AP_Physics_B_-_Lenses_Lab_Revised
	AP_Physics_B_-_Mass_Spectrometer	AP_Physics_B_-_Mass_Spectrometer
	AP_Physics_B_-_Motion_in_a_straight_line	AP_Physics_B_-_Motion_in_a_straight_line
	AP_Physics_B_-_Newton_s_Second_Law_Lab	AP_Physics_B_-_Newton_s_Second_Law_Lab
	AP_Physics_B_-_Ohm_s_law_Lab	AP_Physics_B_-_Ohm_s_law_Lab
	AP_Physics_B_-_Open_and_Closed_Pipes_Lab	AP_Physics_B_-_Open_and_Closed_Pipes_Lab
	AP_Physics_B_-_Oscillations_on_a_n_incline	AP_Physics_B_-_Oscillations_on_a_n_incline
	AP_Physics_B_-_Parallel_Circuit_Lab	AP_Physics_B_-_Parallel_Circuit_Lab
	AP_Physics_B_-_Planck_s_Constant_lab	AP_Physics_B_-_Planck_s_Constant_lab
	AP_Physics_B_-_Projectile_Lab	AP_Physics_B_-_Projectile_Lab
	AP_Physics_B_-_Series_Circuit_Lab	AP_Physics_B_-_Series_Circuit_Lab
	AP_Physics_B_-_Spherical_Mirror_Lab	AP_Physics_B_-_Spherical_Mirror_Lab
	AP_Physics_B_-_Thermo_Fountain	AP_Physics_B_-_Thermo_Fountain
	AP_Physics_B_-_Thermo_Lab_with_car_engine	AP_Physics_B_-_Thermo_Lab_with_car_engine
	AP_Physics_B_-_Tired_Weight_mass_of_car_using_pressure_gauge_	AP_Physics_B_-_Tired_Weight_mass_of_car_using_pressure_gauge_
	AP_Physics_B_-_Total_Internal_Reflection_Lab	AP_Physics_B_-_Total_Internal_Reflection_Lab
	AP_Physics_B_-Diffraction_Lab_using_a_laser_CD	AP_Physics_B_-Diffraction_Lab_using_a_laser_CD
	AP_Physics_B_-force_vector_equilibrium	AP_Physics_B_-force_vector_equilibrium
	AP_Physics_B_C_-_Centripetal_Force_lab_using_an_airplane	AP_Physics_B_C_-_Centripetal_Force_lab_using_an_airplane
	AP_Physics_B_C_-_Graphing_Lab	AP_Physics_B_C_-_Graphing_Lab
	AP_Physics_B_C_-Atwood_s_Machine	AP_Physics_B_C_-Atwood_s_Machine

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