Electromagnetism
Feb 25:
Lenz's Law and Transformers
Feb 21:
Lenz's Law activity
Lenz's Law and Transformers
Feb 21:
Lenz's Law activity
l_lenzactivity.docx | |
File Size: | 237 kb |
File Type: | docx |
Feb 19
Emf of a generator as a sinusoidal function.
Average emf of a generator using Faraday's Law
Feb14
TEST Electrostatics and Circuits
Feb 12:
Motional emf
Feb 10
Feild created by loop/solenoid. Electromagnets.
Feb 6
Feild of a wire.
Feb 4
Torque on a loop. Electric motors.
Jan 31
Force on a charge, force on a wire.
Emf of a generator as a sinusoidal function.
Average emf of a generator using Faraday's Law
Feb14
TEST Electrostatics and Circuits
Feb 12:
Motional emf
Feb 10
Feild created by loop/solenoid. Electromagnets.
Feb 6
Feild of a wire.
Feb 4
Torque on a loop. Electric motors.
Jan 31
Force on a charge, force on a wire.
Electrostatics
Jan 9
Dielectrics and energy stored on a capacitor
Jan 7
Potential, equipotential and field. Examples including 2 conducting spheres of differing radii brought into contact. Find charge on each. Two charges on a line, find points of zero field and zero potential. Sketch potential.
Dielectrics and energy stored on a capacitor
Jan 7
Potential, equipotential and field. Examples including 2 conducting spheres of differing radii brought into contact. Find charge on each. Two charges on a line, find points of zero field and zero potential. Sketch potential.
ws_ap_physics_b_ws.docx | |
File Size: | 36 kb |
File Type: | docx |
topographic-map-matching.docx | |
File Size: | 305 kb |
File Type: | docx |
Dec 12
Parallel plates E d Q A and epsilon
Parallel plates E d Q A and epsilon
Dec 10
Potential in uniform fields
Potential in uniform fields
Dec 6
Review: E=F/q V=U/q V=kQ/d
Electric potential as hills and holes intro.
Review: E=F/q V=U/q V=kQ/d
Electric potential as hills and holes intro.
ws1_1819_no_capacitors__4_worksheets_in_one__.docx | |
File Size: | 96 kb |
File Type: | docx |
THERMODYNAMICS
Friday Nov 6
PV diagrams.
PV diagrams.
Mon Nov 4
0th Law and 1st Law of Thermodynamics. Thermal processes.
Thursday Nov 1
Kinetic theory!
0th Law and 1st Law of Thermodynamics. Thermal processes.
Thursday Nov 1
Kinetic theory!
ws2_ideal_gas_law_kinetic_theory.docx | |
File Size: | 39 kb |
File Type: | docx |
Tuesday Oct 30
Ideal Gas Law. Can crush demo. Cork in bottle demo. Hero engine. Air cannon.
Oct 24
Calorimetry, mechanical equivalence of heat. Water balloon demo.
Calorimetry, mechanical equivalence of heat. Water balloon demo.
|
|
Oct 22
FLUIDS POP QUIZ!
Start Thermodynamics.
Temperature, thermal energy and heat.
Conduction, convection, radiation.
KMT.
Linear and Volumetric expansion.
FLUIDS POP QUIZ!
Start Thermodynamics.
Temperature, thermal energy and heat.
Conduction, convection, radiation.
KMT.
Linear and Volumetric expansion.
FLUIDS
Oct 18:
Fluids Practice. Take a look at AP Classroom.
Oct 16:
The Bernoulli Equation.
Oct 11:
The Venturi principle.
Oct 9:
Continuity equation.
Fluids Practice. Take a look at AP Classroom.
Oct 16:
The Bernoulli Equation.
Oct 11:
The Venturi principle.
Oct 9:
Continuity equation.
Oct 7:
Archimede's Principle and Buoyant Force
Archimede's Principle and Buoyant Force
ws1_fluids_worksheet_number_one.docx | |
File Size: | 27 kb |
File Type: | docx |
Oct 3
Pascal's Principle
Pascal's Principle
Oct 1
Fluids introduction: Definition of incompressible, static fluid. Pressure and depth.
Fluids introduction: Definition of incompressible, static fluid. Pressure and depth.
PHYSICAL OPTICS: LIGHT as a WAVE
Sept 27 (8)
Michelson Interferometer
Michelson Interferometer
ws4_osmosis.docx | |
File Size: | 138 kb |
File Type: | docx |
Sept 25 (7)
LAB 2: Thickness of a human hair. Using diffraction to find the thickness of a hair.
LAB 2: Thickness of a human hair. Using diffraction to find the thickness of a hair.
senior.pdf | |
File Size: | 5 kb |
File Type: |
Sept 23 (7)
Thin Film Interference.
Thin Film Interference.
ws3_thinfilmsandintrigue.docx | |
File Size: | 13 kb |
File Type: | docx |
Sept 18 (6)
How a change in medium can cause an "effective path length change".
How a change in medium can cause an "effective path length change".
Sept 16: (5)
Diffraction gratings and single slits. Looking at the explanations for different diffraction patterns.
Sept 12: (4)
The geometry of the dual slit diffraction pattern.
Diffraction gratings and single slits. Looking at the explanations for different diffraction patterns.
Sept 12: (4)
The geometry of the dual slit diffraction pattern.
n1_slits_and_gratings.rtf | |
File Size: | 213 kb |
File Type: | rtf |
|
|
Sept 10: (3)
Huygen's principle and diffraction.
2 source interference.
Dual slit diffraction interference pattern based on Huygen's principle and 2 source interference.
Sept 6: (2)
Ripple tanks. Observe refraction and diffraction of waves. Particular attention was paid to interference of waves as they pass through two narrowl spaced openings.
Huygen's principle and diffraction.
2 source interference.
Dual slit diffraction interference pattern based on Huygen's principle and 2 source interference.
Sept 6: (2)
Ripple tanks. Observe refraction and diffraction of waves. Particular attention was paid to interference of waves as they pass through two narrowl spaced openings.