6780_Alpha_Beta_and_Gamma_Radiation

1.1   6656_How_to_Find_the_Number_of_Significant_Figures_in_a_Number

1.2   6657_Calculations_with_Significant_Figures

1.3   6658_Variables_Units_the_SI_Fundamental_vs_Derived_Units_and_Prefixes

1.4   6659_Reducing_Derived_Units_to_Fundamental_SI_Units

1.5   6660_Unit_Conversion_Using_the_Factor_Label_Method

1.6   6661_Using_Linear_Quadratic_Inverse_Inverse_Square_Graphs_to_Understand_Proportionality

1.7   6662_Uncertainty_Notation_and_the_Range_of_Possible_Values

1.8   6663_Absolute_Fractional_and_Percent_Uncertainty_(With_Examples)

1.9   6664_Propagating_Uncertainty_Addition_and_Subtraction

1.10   6665_Propagating_Uncertainty_Multiplication_and_Division

1.11   6666_Propagating_Uncertainty_Powers_and_Roots

1.12   6667_Propagating_Uncertainty_in_Problems_IB_Physics

1.13   6668_Measurement_Uncertainty

1.14   6669_Organizing_a_Data_Table_and_Statistical_Uncertainty

1.15   6670_Making_the_Maximum_and_Minimum_Line_of_Best_Fit_on_Logger_Pro

1.16   6671_The_Average_Line_of_Best_Fit_Equation_(Includes_Uncertainty_of_Gradients_Intercepts)

1.17   6672_Vectors_vs_Scalars

1.18   6673_Labeling_Vectors_and_Adding_Vectors_Using_the_Tip_to_Tail_Method

1.19   6674_Recording_the_Angle_of_a_Vector

1.20   6675_Using_Trigonometry_to_Find_the_Angle_of_a_Vector

1.21   6676_X_and_Y_Components_of_Vectors

1.22   6677_Finding_Vector_X_and_Y_Components_Using_Trigonometry

1.23   6678_Adding_Complex_Vectors

1.24   6679_What_the_Trig_Identities_Mean_Review_of_Trigonometry

1.25   6680_Using_Trig_to_Find_Missing_Sides_of_a_Triangle_Review_of_Trigonometry

1.26   6681_Inverse_Trig_Functions_Review_of_Trigonometry

1.27   6682_3D_Vector_Notation

2.1   6683_Physics_Motion_Maps

2.2   6684_Distance_and_Displacement_in_Physics

2.3   6685_Speed_and_Velocity

2.4   6686_Average_vs._Instantaneous_Velocity

2.5   6687_Position_Time_Graphs

2.6   6688_Velocity_Time_Graphs_Constant_Velocity_and_the_Area_Under_the_Curve

2.7   6689_Translating_Position_and_Velocity_Physics_Graphs

2.8   6690_Acceleration

2.9   6691_Velocity_Time_Graphs_Part_2_Graphs_with_Changing_Velocity

2.10   6692_Acceleration_Time_Graphs

2.11   6693_Translating_Motion_Graphs_Position_Velocity_and_Acceleration

2.12   6694_The_Kinematic_Equations

2.13   6695_Proving_Kinematics_Using_Geometry

2.14   6696_Free_Fall

2.15   6697_2D_Projectile_Motion

2.16   6698_Air_Resistance_on_Projectiles_Terminal_Velocity

2.17   6699_Forces_Free_Body_Diagrams

2.18   6700_Properties_of_Common_Forces

2.19   6701_Force_Webs_in

2.20   6702_Finding_the_Net_Force

2.21   6703_Mass_vs_Weight

2.22   6704_Static_vs_Kinetic_Friction

2.23   6705_Newton_s_First_Law

2.24   6706_Newton_s_Second_Law

2.25   6707_Newton_s_Third_Law

2.26   6708_Inclined_Planes

2.27   6709_Work_in_Physics

2.28   6710_Work_Energy

2.29   6711_Kinetic_Energy

2.30   6712_Gravitational_Potential_Energy

2.31   6713_Elastic_Potential_Energy

2.32   6714_Thermal_Energy

2.33   6715_Other_Types_of_Energy

2.34   6716_Open_Closed_Systems_in_Energy

2.35   6717_LOL_Diagram_Energy_Graph_Examples

2.36   6718_Force_Distance_Graphs

2.37   6719_2_Example_Conservation_of_Energy_Problems

2.38   6720_Power

2.39   6721_Efficiency_in_Physics

2.40   6722_Sankey_Diagrams

3.1   6723_Temperature_Thermal_Energy_and_Heat

3.2   6724_Q_=_mc_T_and_Specific_Heat

3.3   6725_Phase_Changes

3.4   6726_Q_=_mL_and_Latent_Heat

3.5   6727_Using_Power_in_Heat_Equations

3.6   6728_How_to_Draw_and_Read_Temperature_vs._Heat_Graphs_or_Temperature_vs._Time_Graphs

3.7   6729_Thermal_Equilibrium

3.8   6730_Pressure

3.9   6731_What_is_an_Ideal_Gas_The_Kinetic_Model_of_an_Ideal_Gas

3.10   6732_The_Ideal_Gas_Law_pV_=_nRT

3.11   6733_The_Average_Kinetic_Energy_per_Molecule_Equation_for_an_Ideal_Gas

4.1   6734_Simple_Harmonic_Motion

4.2   6735_Waves_Basic_Definition_Transverse_vs._Longitudinal_Mechanical_vs._Electromagnetic

4.3   6736_Waves_Amplitude_Period_Frequency_Wavelength_Crests_Troughs_Wavelength_of_a_Longitudinal_Wave

4.4   6737_Waves_V_=_f_Velocity_of_a_Wave_Graphs_Displacement_Distance_Displacement_Time

4.5   6738_Electromagnetic_Waves

4.6   6739_Waves_Phase_Difference

4.7   6740_Waves_Superposition

4.8   6741_Wave_Reflections

4.9   6742_Light_Intensity

4.10   6743_Polarization_of_Light_and_Malus_s_Law

4.11   6744_Reflection

4.12   6745_Wavefronts

4.13   6746_Refraction_and_Snell_s_Law

4.14   6747_The_Critical_Angle_and_Total_Internal_Reflection

4.15   6748_Diffraction_and_Huygens_s_Principle

4.16   6749_Proving_Young_s_Double_Slit_Interference_Equation

4.17   6750_Solving_Problems_with_Young_s_Double_Slit_Interference_Equation

5.1   6751_Electric_Charge

5.2   6752_Coulomb_s_Law

5.3   6753_Electric_Fields

5.4   6754_Current_and_Drift_Velocity_aq48

5.5   6755_Voltage

5.6   6756_Electron_Volts_vs_Joules

5.7   6757_Resistance_and_Resistivity

5.8   6758_Circuits

5.9   6759_Series_and_Parallel_Circuits_and_Equivalent_Resistance

5.10   6760_Ohm_s_Law_V_=_IR

5.11   6761_Ohmic_vs._Non_Ohmic_Resistors

5.12   6762_Power_in_Circuits_8qj0

5.13   6763_Ammeters_and_Voltmeters_Ideal_and_Non_Ideal

5.14   6764_Kirchhoff_s_Laws

5.15   6765_Potential_Dividers

5.16   6766_Internal_Resistance_and_EMF

5.17   6767_Primary_vs._Secondary_Cells_Batteries

5.18   6768_Magnetic_Fields

5.19   6769_The_Corner_Right_Hand_Rule

5.20   6770_The_Curl_Right_Hand_Rule

5.21   6771_Combining_the_Corner_and_Curl_Right_Hand_Rule

6.1   6772_Uniform_Circular_Motion

6.2   6773_5_Examples_of_Solving_Centripetal_Force_Problems

6.3   6774_Universal_Gravitation

7.1   6775_Atomic_Notation

7.2   6776_Photon_Energy_and_the_Planck_Constant

7.3   6777_Electron_Energy_Levels_and_Photons

7.4   6778_Absorption_and_Emission_Spectra

7.5   6779_Nuclear_Radiation_and_Decay

7.7   6781_Half_Life

7.8   6782_Mass_Defect_and_Binding_Energy

7.9   6783_Binding_Energy_per_Nucleon_and_Stability

7.10   6784_Fusion_Fission_and_Energy_in_Nuclear_Equations

7.11   6785_The_Geiger_Marsden_Rutherford_Gold_Foil_Experiment

7.12   6786_The_Four_Fundamental_Forces

7.13   6787_Fundamental_vs._Composite_Particles_and_the_Standard_Model

8.1   6788_Why_Climate_Change_Happens

8.2   6789_Primary_vs._Secondary_Energy_Resources

8.3   6790_Fossil_Fuels

8.4   6791_Nuclear_Power

8.5   6792_Hydroelectric_Power

8.6   6793_Wind_Power

8.7   6794_Solar_Power

9.1   6795_Stellar_Parallax

9.2   6796_Brightness_and_Luminosity_of_Stars

9.3   6797_Cepheid_Variable_Stars

9.4   6798_Hertzsprung_Russell_Diagrams_of_Stars