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<%
Dim Code,Code1,Code2,Code3,Topic
codeValue=current.Fields.Item("Code").Value
Code=Left(codeValue,1)
Select Case Code
Case "1"
If Session("Logged") = True Then
Response.Write " Mechanics"
Else
Response.write " Mechanics"
End If
Case "2"
If Session("Logged") = True Then
Response.Write " Fluid Mechanics"
Else
Response.write " Fluid Mechanics"
End If
Case "3"
If Session("Logged") = True Then
Response.Write " Oscillations and Waves"
Else
Response.write " Oscillations and Waves"
End If
Case "4"
If Session("Logged") = True Then
Response.Write " Thermodynamics"
Else
Response.write " Thermodynamics"
End If
Case "5"
If Session("Logged") = True Then
Response.Write " Electricity and Magnetism"
Else
Response.write " Electricity and Magnetism"
End If
Case "6"
If Session("Logged") = True Then
Response.Write " Optics"
Else
Response.write " Optics"
End If
Case "7"
If Session("Logged") = True Then
Response.Write " Modern Physics"
Else
Response.write " Modern Physics"
End If
Case "8"
Response.write " Astronomy"
End Select
%> >
<%
Code1=Left(codeValue,2)
Select Case Code1
Case "1A"
If Session("Logged") = True Then
Response.Write " Measurement"
Else
Response.write " Measurement"
End If
Case "1C"
If Session("Logged") = True Then
Response.Write " Motion in One Dimension"
Else
Response.write " Motion in One Dimension"
End If
Case "1D"
If Session("Logged") = True Then
Response.Write " Motion in Two Dimensions"
Else
Response.write " Motion in Two Dimensions"
End If
Case "1E"
If Session("Logged") = True Then
Response.Write " Relative Motion"
Else
Response.write " Relative Motion"
End If
Case "1F"
If Session("Logged") = True Then
Response.Write " Newton's First Law"
Else
Response.write " Newton's First Law"
End If
Case "1G"
If Session("Logged") = True Then
Response.Write " Newton's Second Law"
Else
Response.write " Newton's Second Law"
End If
Case "1H"
If Session("Logged") = True Then
Response.Write " Newton's Third Law"
Else
Response.write " Newton's Third Law"
End If
Case "1J"
If Session("Logged") = True Then
Response.Write " Statics of Rigid Bodies"
Else
Response.write " Statics of Rigid Bodies"
End If
Case "1K"
If Session("Logged") = True Then
Response.Write " Applications of Newton's Laws"
Else
Response.write " Applications of Newton's Laws"
End If
Case "1L"
If Session("Logged") = True Then
Response.Write " Gravity"
Else
Response.write " Gravity"
End If
Case "1M"
If Session("Logged") = True Then
Response.Write " Work and Energy"
Else
Response.write " Work and Energy"
End If
Case "1N"
If Session("Logged") = True Then
Response.Write " Linear Momentum"
Else
Response.write " Linear Momentum"
End If
Case "1Q"
If Session("Logged") = True Then
Response.Write " Rotational Dynamics"
Else
Response.write " Rotational Dynamics"
End If
Case "1R"
If Session("Logged") = True Then
Response.Write " Properties of Matter"
Else
Response.write " Properties of Matter"
End If
End Select
Code2=Left(codeValue,2)
Select Case Code2
Case "2A"
If Session("Logged") = True Then
Response.Write " Surface Tension"
Else
Response.write " Surface Tension"
End If
Case "2B"
If Session("Logged") = True Then
Response.Write " Statics of Fluids"
Else
Response.write " Statics of Fluids"
End If
Case "2C"
If Session("Logged") = True Then
Response.Write " Dynamics of Fluids"
Else
Response.write " Dynamics of Fluids"
End If
End Select
Code3=Left(codeValue,2)
Select Case Code3
Case "3A"
If Session("Logged") = True Then
Response.Write " Oscillations"
Else
Response.write " Oscillations"
End If
Case "3B"
If Session("Logged") = True Then
Response.Write " Wave Motion"
Else
Response.write " Wave Motion"
End If
Case "3C"
If Session("Logged") = True Then
Response.Write " Acoustics"
Else
Response.write " Acoustics"
End If
Case "3D"
If Session("Logged") = True Then
Response.Write " Instruments"
Else
Response.write " Instruments"
End If
Case "3E"
If Session("Logged") = True Then
Response.Write " Sound Reproduction"
Else
Response.write " Sound Reproduction"
End If
End Select
Code4=Left(codeValue,2)
Select Case Code4
Case "4A"
If Session("Logged") = True Then
Response.Write " Thermal Properties of Matter"
Else
Response.write " Thermal Properties of Matter"
End If
Case "4B"
If Session("Logged") = True Then
Response.Write " Heat and the First Law"
Else
Response.write " Heat and the First Law"
End If
Case "4C"
If Session("Logged") = True Then
Response.Write " Change of State"
Else
Response.write " Change of State"
End If
Case "4D"
If Session("Logged") = True Then
Response.Write " Kinetic Theory"
Else
Response.write " Kinetic Theory"
End If
Case "4E"
If Session("Logged") = True Then
Response.Write " Gas Law"
Else
Response.write " Gas Law"
End If
Case "4F"
If Session("Logged") = True Then
Response.Write " Entropy and the Second Law"
Else
Response.write " Entropy and the Second Law"
End If
End Select
Code5=Left(codeValue,2)
Select Case Code5
Case "5A"
If Session("Logged") = True Then
Response.Write " Electrostatics"
Else
Response.write " Electrostatics"
End If
Case "5B"
If Session("Logged") = True Then
Response.Write " Electric Fields and Potential"
Else
Response.write " Electric Fields and Potential"
End If
Case "5C"
If Session("Logged") = True Then
Response.Write " Capacitance"
Else
Response.write " Capacitance"
End If
Case "5D"
If Session("Logged") = True Then
Response.Write " Resistance"
Else
Response.write " Resistance"
End If
Case "5E"
If Session("Logged") = True Then
Response.Write " Electromotive Force and Current"
Else
Response.write " Electromotive Force and Current"
End If
Case "5F"
If Session("Logged") = True Then
Response.Write " DC Circuits"
Else
Response.write " DC Circuits"
End If
Case "5G"
If Session("Logged") = True Then
Response.Write " Magnetic Materials"
Else
Response.write " Magnetic Materials"
End If
Case "5H"
If Session("Logged") = True Then
Response.Write " Magnetic Fields and Forces"
Else
Response.write " Magnetic Fields and Forces"
End If
Case "5J"
If Session("Logged") = True Then
Response.Write " Inductance"
Else
Response.write " Inductance"
End If
Case "5K"
If Session("Logged") = True Then
Response.Write " Electromagnetic Induction"
Else
Response.write " Electromagnetic Induction"
End If
Case "5L"
If Session("Logged") = True Then
Response.Write " AC Circuits"
Else
Response.write " AC Circuits"
End If
Case "5M"
If Session("Logged") = True Then
Response.Write " Semiconductors and Tubes"
Else
Response.write " Semiconductors and Tubes"
End If
Case "5N"
If Session("Logged") = True Then
Response.Write " Electromagnetic Radiation"
Else
Response.write " Electromagnetic Radiation"
End If
End Select
Code6=Left(codeValue,2)
Select Case Code6
Case "6A"
If Session("Logged") = True Then
Response.Write " Geometrical Optics"
Else
Response.write " Geometrical Optics"
End If
Case "6B"
If Session("Logged") = True Then
Response.Write " Photometry"
Else
Response.write " Photometry"
End If
Case "6C"
If Session("Logged") = True Then
Response.Write " Diffraction"
Else
Response.write " Diffraction"
End If
Case "6D"
If Session("Logged") = True Then
Response.Write " Interference"
Else
Response.write " Interference"
End If
Case "6E"
If Session("Logged") = True Then
Response.Write " Interference"
Else
Response.write " Interference"
End If
Case "6F"
If Session("Logged") = True Then
Response.Write " Color"
Else
Response.write " Color"
End If
Case "6H"
If Session("Logged") = True Then
Response.Write " Polarization"
Else
Response.write " Polarization"
End If
Case "6J"
If Session("Logged") = True Then
Response.Write " The Eye"
Else
Response.write " The Eye"
End If
Case "6Q"
If Session("Logged") = True Then
Response.Write " Modern Optics"
Else
Response.write " Modern Optics"
End If
End Select
Code7=Left(codeValue,2)
Select Case Code7
Case "7A"
If Session("Logged") = True Then
Response.Write " Quantum Effects"
Else
Response.write " Quantum Effects"
End If
Case "7B"
If Session("Logged") = True Then
Response.Write " Atomic Physics"
Else
Response.write " Atomic Physics"
End If
Case "7D"
If Session("Logged") = True Then
Response.Write " Nuclear Physics"
Else
Response.write " Nuclear Physics"
End If
Case "7E"
If Session("Logged") = True Then
Response.Write " Elementary Particles"
Else
Response.write " Elementary Particles"
End If
Case "7F"
If Session("Logged") = True Then
Response.Write " Relativity"
Else
Response.write " Relativity"
End If
End Select
Code8=Left(codeValue,2)
Select Case Code8
Case "8A"
Response.write " Planetary Astronomy"
Case "8B"
Response.write " Stellar Astronomy"
Case "8C"
Response.write " Cosmology"
End Select
%> >
<%
Code1A=Left (codeValue,4)
If Session("Logged") = True Then
Select Case Code1A
Case "1A10"
Response.write " Basic Units"
Case "1A20"
Response.write " Error and Accuracy"
Case "1A30"
Response.write " Coordinate Systems"
Case "1A40"
Response.write " Vectors"
Case "1A50"
Response.write " Math Topics"
Case "1A60"
Response.write " Scaling"
End Select
Code1C=Left (codeValue,4)
Select Case Code1C
Case "1C10"
Response.write " Velocity"
Case "1C20"
Response.write " Uniform Acceleration"
Case "1C30"
Response.write " Measuring g"
End Select
Code1D=Left (codeValue,4)
Select Case Code1D
Case "1D10"
Response.write " Displacement in Two Dimensions"
Case "1D15"
Response.write " Velocity, Position, and Acceleration"
Case "1D40"
Response.write " Motion of the Center of Mass"
Case "1D50"
Response.write " Central Forces"
Case "1D52"
Response.write " Deformation by Central Forces"
Case "1D55"
Response.write " Centrifugal Escape"
Case "1D60"
Response.write " Projectile Motion"
End Select
Code1E=Left (codeValue,4)
Select Case Code1E
Case "1E10"
Response.write " Moving Reference Frames"
Case "1E20"
Response.write " Rotating Reference Frames"
Case "1E30"
Response.write " Coriolis Effect"
End Select
Code1F=Left (codeValue,4)
Select Case Code1F
Case "1F10"
Response.write " Measuring Inertia"
Case "1F20"
Response.write " Inertia of Rest"
Case "1F30"
Response.write " Inertia of Motion"
End Select
Code1G=Left (codeValue,4)
Select Case Code1G
Case "1G10"
Response.write " Force, Mass and Acceleration"
Case "1G20"
Response.write " Accelerated Reference Frames"
Case "1G30"
Response.write " Complex Systems"
End Select
Code1H=Left (codeValue,4)
Select Case Code1H
Case "1H10"
Response.write " Action and Reaction"
Case "1H11"
Response.write " Recoil"
End Select
Code1J=Left (codeValue,4)
Select Case Code1J
Case "1J10"
Response.write " Finding Center of Gravity"
Case "1J11"
Response.write " Exceeding Center of Gravity"
Case "1J20"
Response.write " Stable, Unstable and Neutral Equilibrium"
Case "1J30"
Response.write " Resolution of Forces"
Case "1J40"
Response.write " Static Torque"
End Select
Code1K=Left (codeValue,4)
Select Case Code1K
Case "1K10"
Response.write " Dynamic Torque"
Case "1K20"
Response.write " Friction"
Case "1K30"
Response.write " Pressure"
End Select
Code1L=Left (codeValue,4)
Select Case Code1L
Case "1L10"
Response.write " Universal Gravitational Constant"
Case "1L20"
Response.write " Orbits"
End Select
Code1M=Left (codeValue,4)
Select Case Code1M
Case "1M10"
Response.write " Work"
Case "1M20"
Response.write " Simple Machines"
Case "1M30"
Response.write " Non-Conservative Forces"
Case "1M40"
Response.write " Conservation of Energy"
Case "1M50"
Response.write " Mechanical Power"
End Select
Code1N=Left (codeValue,4)
Select Case Code1N
Case "1N10"
Response.write " Impulse and Thrust"
Case "1N20"
Response.write " Conservation of Linear Momentum"
Case "1N21"
Response.write " Mass and Momentum Transfer"
Case "1N22"
Response.write " Rockets"
Case "1N30"
Response.write " Collisions in One Dimension"
Case "1N40"
Response.write " Collisions in Two Dimensions"
End Select
Code1Q=Left (codeValue,4)
Select Case Code1Q
Case "1Q10"
Response.write " Moment of Inertia"
Case "1Q20"
Response.write " Rotational Energy"
Case "1Q30"
Response.write " Transfer of Angular Momentum"
Case "1Q40"
Response.write " Conservation of Angular Momentum"
Case "1Q50"
Response.write " Gyros"
Case "1Q60"
Response.write " Rotational Stability"
End Select
Code1R=Left (codeValue,4)
Select Case Code1R
Case "1R10"
Response.write " Hooke's Law"
Case "1R20"
Response.write " Tensile and Compressive Stress"
Case "1R30"
Response.write " Shear Stress"
Case "1R40"
Response.write " Coefficient of Restitution"
Case "1R50"
Response.write " Crystal Structure"
End Select
Code2A=Left (codeValue,4)
Select Case Code2A
Case "2A10"
Response.write " Force of Surface Tension"
Case "2A15"
Response.write " Minimal Surface"
Case "2A20"
Response.write " Capillary Action"
Case "2A30"
Response.write " Surface Tension Propulsion"
End Select
Code2B=Left (codeValue,4)
Select Case Code2B
Case "2B20"
Response.write " Static Pressure"
Case "2B30"
Response.write " Atmospheric Pressure"
Case "2B35"
Response.write " Measuring Pressure"
Case "2B40"
Response.write " Density and Buoyancy"
Case "2B60"
Response.write " Siphons, Fountains and Pumps"
End Select
Code2C=Left (codeValue,4)
Select Case Code2C
Case "2C10"
Response.write " Flow Rate"
Case "2C20"
Response.write " Bernoulli Force"
Case "2C30"
Response.write " Viscosity"
Case "2C40"
Response.write " Turbulent and Streamline Flow"
Case "2C50"
Response.write " Vortices"
Case "2C60"
Response.write " Non Newtonian Fluids"
End Select
Code3A=Left (codeValue,4)
Select Case Code3A
Case "3A10"
Response.write " Pendula"
Case "3A15"
Response.write " Physical Pendula"
Case "3A20"
Response.write " Springs and Oscillators"
Case "3A40"
Response.write " Simple Harmonic Motion"
Case "3A50"
Response.write " Damped Oscillators"
Case "3A60"
Response.write " Driven Mechanical Resonance"
Case "3A70"
Response.write " Coupled Oscillations"
Case "3A75"
Response.write " Normal Modes"
Case "3A80"
Response.write " Lissajous Figures"
Case "3A95"
Response.write " Non-Linear Systems"
End Select
Code3B=Left (codeValue,4)
Select Case Code3B
Case "3B10"
Response.write " Transverse Pulses and Waves"
Case "3B20"
Response.write " Longitudinal Pulses and Waves"
Case "3B22"
Response.write " Standing Waves"
Case "3B25"
Response.write " Impedance and Dispersion"
Case "3B27"
Response.write " Compound Waves"
Case "3B30"
Response.write " Wave Properties of Sound"
Case "3B33"
Response.write " Phase and Group Velocity"
Case "3B35"
Response.write " Reflection and Refraction(sound)"
Case "3B39"
Response.write " Transfer of Energy in Waves"
Case "3B40"
Response.write " Doppler Effect"
Case "3B45"
Response.write " Shock Waves"
Case "3B50"
Response.write " Interference and Diffraction"
Case "3B55"
Response.write " Interference and Diffraction of Sound"
Case "3B60"
Response.write " Beats"
Case "3B70"
Response.write " Coupled Resonators"
End Select
Code3C=Left (codeValue,4)
Select Case Code3C
Case "3C10"
Response.write " The Ear"
Case "3C20"
Response.write " Pitch"
Case "3C30"
Response.write " Intensity and Attenuation"
Case "3C40"
Response.write " Architectural Acoustics"
Case "3C50"
Response.write " Wave Analysis and Synthesis"
Case "3C55"
Response.write " Music Perception and the Voice"
End Select
Code3D=Left (codeValue,4)
Select Case Code3D
Case "3D20"
Response.write " Resonance in Strings"
Case "3D22"
Response.write " Stringed Instruments"
Case "3D30"
Response.write " Resonance Cavities"
Case "3D32"
Response.write " Air Column Instruments"
Case "3D40"
Response.write " Resonance in Plates, Bars, Solids"
Case "3D42"
Response.write " Percussion Instruments"
Case "3D46"
Response.write " Tuning Forks"
Case "3D50"
Response.write " Electronic Instruments"
End Select
Code4A=Left (codeValue,4)
Select Case Code4A
Case "4A10"
Response.write " Thermometry"
Case "4A20"
Response.write " Liquid Expansion"
Case "4A30"
Response.write " Solid Expansion"
Case "4A40"
Response.write " Properties of Materials at Low"
Case "4A50"
Response.write " Liquid Helium"
End Select
Code4B=Left (codeValue,4)
Select Case Code4B
Case "4B10"
Response.write " Heat Capacity and Specific Heat"
Case "4B20"
Response.write " Convection"
Case "4B30"
Response.write " Conduction"
Case "4B40"
Response.write " Radiation"
Case "4B50"
Response.write " Heat Transfer Applications"
Case "4B60"
Response.write " Mechanical Equivalent of Heat "
Case "4B70"
Response.write " Adiabatic Process"
End Select
Code4C=Left (codeValue,4)
Select Case Code4C
Case "4C10"
Response.write " PVT Surfaces"
Case "4C20"
Response.write " Phase Changes: Liquid-Solid"
Case "4C30"
Response.write " Phase Changes: Liquid-Gas"
Case "4C31"
Response.write " Cooling by Evaporation"
Case "4C32"
Response.write " Dew Point and Humidity"
Case "4C33"
Response.write " Vapor Pressure"
Case "4C40"
Response.write " Sublimation"
Case "4C45"
Response.write " Phase Changes: Solid-Solid"
Case "4C50"
Response.write " Critical Point"
End Select
Code4D=Left (codeValue,4)
Select Case Code4D
Case "4D10"
Response.write " Brownian Motion"
Case "4D20"
Response.write " Mean Free Path"
Case "4D30"
Response.write " Kinetic Motion"
Case "4D40"
Response.write " Molecular Dimensions "
Case "4D50"
Response.write " Diffusion and Osmosis"
End Select
Code4E=Left (codeValue,4)
Select Case Code4E
Case "4E10"
Response.write " Constant Pressure"
Case "4E20"
Response.write " Constant Temperature"
Case "4E30"
Response.write " Constant Volume"
End Select
Code4F=Left (codeValue,4)
Select Case Code4F
Case "4F10"
Response.write " Entropy"
Case "4F30"
Response.write " Heat Cycles"
End Select
Code5A=Left (codeValue,4)
Select Case Code5A
Case "5A10"
Response.write " Producing Static Charge"
Case "5A20"
Response.write " Coulomb's Law"
Case "5A22"
Response.write " Electrostatic Meters"
Case "5A30"
Response.write " Conductors and Insulators"
Case "5A40"
Response.write " Induced Charge"
Case "5A50"
Response.write " Electrostatic Machines"
End Select
Code5B=Left (codeValue,4)
Select Case Code5B
Case "5B10"
Response.write " Electric Fields"
Case "5B20"
Response.write " Gauss' Law"
Case "5B30"
Response.write " Electrostatic Potential"
End Select
Code5C=Left (codeValue,4)
Select Case Code5C
Case "5C10"
Response.write " Capacitors"
Case "5C20"
Response.write " Dielectric"
Case "5C30"
Response.write " Energy Stored in a Capacitor"
End Select
Code5D=Left (codeValue,4)
Select Case Code5D
Case "5D10"
Response.write " Resistance Characteristics"
Case "5D20"
Response.write " Resistivity and Temperature"
Case "5D30"
Response.write " Conduction in Solutions"
Case "5D40"
Response.write " Conduction in Gases"
End Select
Code5E=Left (codeValue,4)
Select Case Code5E
Case "5E20"
Response.write " Electrolysis"
Case "5E30"
Response.write " Plating"
Case "5E40"
Response.write " Cells and Batteries"
Case "5E50"
Response.write " Thermoelectricity"
Case "5E60"
Response.write " Piezoelectricity"
End Select
Code5F=Left (codeValue,4)
Select Case Code5F
Case "5F10"
Response.write " Ohm's Law"
Case "5F15"
Response.write " Power and Energy"
Case "5F20"
Response.write " Circuit Analysis"
Case "5F30"
Response.write " RC Circuits"
Case "5F40"
Response.write " Instruments"
End Select
Code5G=Left (codeValue,4)
Select Case Code5G
Case "5G10"
Response.write " Magnets"
Case "5G20"
Response.write " Magnet Domains and Magnetization"
Case "5G30"
Response.write " Paramagnetism and Diamagnetism"
Case "5G40"
Response.write " Hysteresis"
Case "5G45"
Response.write " Magnetostriction and Magnetores"
Case "5G50"
Response.write " Temperature and Magnetism"
End Select
Code5H=Left (codeValue,4)
Select Case Code5H
Case "5H10"
Response.write " Magnetic Fields"
Case "5H15"
Response.write " Fields and Currents"
Case "5H20"
Response.write " Forces on Magnets"
Case "5H25"
Response.write " Magnet/Electromagnet Interaction"
Case "5H30"
Response.write " Force on Moving Charges"
Case "5H40"
Response.write " Force on Current in Wires"
Case "5H50"
Response.write " Torque on Coils"
End Select
Code5J=Left (codeValue,4)
Select Case Code5J
Case "5J10"
Response.write " Self Inductance"
Case "5J20"
Response.write " LR Circuits"
Case "5J30"
Response.write " RLC Circuits-DC"
End Select
Code5K=Left (codeValue,4)
Select Case Code5K
Case "5K10"
Response.write " Induced Currents and Forces"
Case "5K20"
Response.write " Eddy Currents"
Case "5K30"
Response.write " Transformers"
Case "5K40"
Response.write " Motors and Generators"
End Select
Code5L=Left (codeValue,4)
Select Case Code5L
Case "5L10"
Response.write " Impedance"
Case "5L20"
Response.write " LCR Circuits - AC"
Case "5L30"
Response.write " Filters and Rectifiers"
End Select
Code5M=Left (codeValue,4)
Select Case Code5M
Case "5M10"
Response.write " Semiconductors"
Case "5M20"
Response.write " Tubes"
End Select
Code5N=Left (codeValue,4)
Select Case Code5N
Case "5N10"
Response.write " Transmission Lines and Antennas"
Case "5N20"
Response.write " Tesla Coil"
Case "5N30"
Response.write " Electromagnetic Spectrum"
End Select
Code6A=Left (codeValue,4)
Select Case Code6A
Case "6A01"
Response.write " Speeed of Light"
Case "6A02"
Response.write " Straight Line Propagation"
Case "6A10"
Response.write " Reflection From Flat Surfaces"
Case "6A20"
Response.write " Reflection from Curved Surfaces"
Case "6A40"
Response.write " Refractive Index"
Case "6A42"
Response.write " Refraction at Flat Surfaces"
Case "6A44"
Response.write " Total Internal Reflection"
Case "6A46"
Response.write " Rainbow"
Case "6A60"
Response.write " Thin Lens"
Case "6A61"
Response.write " Pinhole"
Case "6A65"
Response.write " Thick Lens"
Case "6A70"
Response.write " Optical Instruments"
End Select
Code6B=Left (codeValue,4)
Select Case Code6B
Case "6B10"
Response.write " Luminosity"
Case "6B30"
Response.write " Radiation Pressure"
Case "6B40"
Response.write " Blackbodies"
End Select
Code6C=Left (codeValue,4)
Select Case Code6C
Case "6C10"
Response.write " Diffraction Through One Slit"
Case "6C20"
Response.write " Diffraction Around Objects"
End Select
Code6D=Left (codeValue,4)
Select Case Code6D
Case "6D10"
Response.write " Interference From Two Sources"
Case "6D15"
Response.write " Interference of Polarized Light"
Case "6D20"
Response.write " Gratings"
Case "6D30"
Response.write " Thin Films"
Case "6D40"
Response.write " Interferometers"
End Select
Code6F=Left (codeValue,4)
Select Case Code6F
Case "6F10"
Response.write " Synthesis and Analysis of Color"
Case "6F30"
Response.write " Dispersion"
Case "6F40"
Response.write " Scattering"
End Select
Code6H=Left (codeValue,4)
Select Case Code6H
Case "6H10"
Response.write " Dichroic Polarization"
Case "6H20"
Response.write " Polarization by Reflection"
Case "6H30"
Response.write " Circular Polarization"
Case "6H35"
Response.write " Birefringence"
Case "6H50"
Response.write " Polarization by Scattering"
End Select
Code6J=Left (codeValue,4)
Select Case Code6J
Case "6J10"
Response.write " The Eye"
Case "6J11"
Response.write " Physiology"
End Select
Code6Q=Left (codeValue,4)
Select Case Code6Q
Case "6Q10"
Response.write " Holography"
Case "6Q20"
Response.write " Physical Optics"
End Select
Code7A=Left (codeValue,4)
Select Case Code7A
Case "7A10"
Response.write " Photoelectric Effect"
Case "7A15"
Response.write " Millikan Oil Drop"
Case "7A20"
Response.write " Compton Effect"
Case "7A50"
Response.write " Wave Mechanics"
Case "7A55"
Response.write " Particle/Wave Duality"
Case "7A60"
Response.write " X-ray and Electron Diffraction"
Case "7A70"
Response.write " Condensed Matter"
End Select
Code7B=Left (codeValue,4)
Select Case Code7B
Case "7B10"
Response.write " Spectra"
Case "7B11"
Response.write " Absorption"
Case "7B13"
Response.write " Resonance Radiation"
Case "7B20"
Response.write " Fine Splitting"
Case "7B30"
Response.write " Ionization Potential"
Case "7B35"
Response.write " Electron Properties"
Case "7B50"
Response.write " Atomic Models"
End Select
Code7D=Left (codeValue,4)
Select Case Code7D
Case "7D10"
Response.write " Radioactivity"
Case "7D20"
Response.write " Nuclear Reactions"
Case "7D30"
Response.write " Particle Detectors"
Case "7D40"
Response.write " NMR"
Case "7D50"
Response.write " Models of the Nucleus"
End Select
Code7E=Left (codeValue,4)
Select Case Code7E
Case "7E10"
Response.write " Miscellaneous"
End Select
Code7F=Left (codeValue,4)
Select Case Code7F
Case "7F10"
Response.write " Special Relativity"
Case "7F20"
Response.write " General Relativity"
End Select
'------------------------- User Not Logged in ------------------------------------------
Else
Select Case Code1A
Case "1A10"
Response.write " Basic Units"
Case "1A20"
Response.write " Error and Accuracy"
Case "1A30"
Response.write " Coordinate Systems"
Case "1A40"
Response.write " Vectors"
Case "1A50"
Response.write " Math Topics"
Case "1A60"
Response.write " Scaling"
End Select
Code1C=Left (codeValue,4)
Select Case Code1C
Case "1C10"
Response.write " Velocity"
Case "1C20"
Response.write " Uniform Acceleration"
Case "1C30"
Response.write " Measuring g"
End Select
Code1D=Left (codeValue,4)
Select Case Code1D
Case "1D10"
Response.write " Displacement in Two Dimensions"
Case "1D15"
Response.write " Velocity, Position, and Acceleration"
Case "1D40"
Response.write " Motion of the Center of Mass"
Case "1D50"
Response.write " Central Forces"
Case "1D52"
Response.write " Deformation by Central Forces"
Case "1D55"
Response.write " Centrifugal Escape"
Case "1D60"
Response.write " Projectile Motion"
End Select
Code1E=Left (codeValue,4)
Select Case Code1E
Case "1E10"
Response.write " Moving Reference Frames"
Case "1E20"
Response.write " Rotating Reference Frames"
Case "1E30"
Response.write " Coriolis Effect"
End Select
Code1F=Left (codeValue,4)
Select Case Code1F
Case "1F10"
Response.write " Measuring Inertia"
Case "1F20"
Response.write " Inertia of Rest"
Case "1F30"
Response.write " Inertia of Motion"
End Select
Code1G=Left (codeValue,4)
Select Case Code1G
Case "1G10"
Response.write " Force, Mass and Acceleration"
Case "1G20"
Response.write " Accelerated Reference Frames"
Case "1G30"
Response.write " Complex Systems"
End Select
Code1H=Left (codeValue,4)
Select Case Code1H
Case "1H10"
Response.write " Action and Reaction"
Case "1H11"
Response.write " Recoil"
End Select
Code1J=Left (codeValue,4)
Select Case Code1J
Case "1J10"
Response.write " Finding Center of Gravity"
Case "1J11"
Response.write " Exceeding Center of Gravity"
Case "1J20"
Response.write " Stable, Unstable and Neutral Equilibrium"
Case "1J30"
Response.write " Resolution of Forces"
Case "1J40"
Response.write " Static Torque"
End Select
Code1K=Left (codeValue,4)
Select Case Code1K
Case "1K10"
Response.write " Dynamic Torque"
Case "1K20"
Response.write " Friction"
Case "1K30"
Response.write " Pressure"
End Select
Code1L=Left (codeValue,4)
Select Case Code1L
Case "1L10"
Response.write " Universal Gravitational Constant"
Case "1L20"
Response.write " Orbits"
End Select
Code1M=Left (codeValue,4)
Select Case Code1M
Case "1M10"
Response.write " Work"
Case "1M20"
Response.write " Simple Machines"
Case "1M30"
Response.write " Non-Conservative Forces"
Case "1M40"
Response.write " Conservation of Energy"
Case "1M50"
Response.write " Mechanical Power"
End Select
Code1N=Left (codeValue,4)
Select Case Code1N
Case "1N10"
Response.write " Impulse and Thrust"
Case "1N20"
Response.write " Conservation of Linear Momentum"
Case "1N21"
Response.write " Mass and Momentum Transfer"
Case "1N22"
Response.write " Rockets"
Case "1N30"
Response.write " Collisions in One Dimension"
Case "1N40"
Response.write " Collisions in Two Dimensions"
End Select
Code1Q=Left (codeValue,4)
Select Case Code1Q
Case "1Q10"
Response.write " Moment of Inertia"
Case "1Q20"
Response.write " Rotational Energy"
Case "1Q30"
Response.write " Transfer of Angular Momentum"
Case "1Q40"
Response.write " Conservation of Angular Momentum"
Case "1Q50"
Response.write " Gyros"
Case "1Q60"
Response.write " Rotational Stability"
End Select
Code1R=Left (codeValue,4)
Select Case Code1R
Case "1R10"
Response.write " Hooke's Law"
Case "1R20"
Response.write " Tensile and Compressive Stress"
Case "1R30"
Response.write " Shear Stress"
Case "1R40"
Response.write " Coefficient of Restitution"
Case "1R50"
Response.write " Crystal Structure"
End Select
Code2A=Left (codeValue,4)
Select Case Code2A
Case "2A10"
Response.write " Force of Surface Tension"
Case "2A15"
Response.write " Minimal Surface"
Case "2A20"
Response.write " Capillary Action"
Case "2A30"
Response.write " Surface Tension Propulsion"
End Select
Code2B=Left (codeValue,4)
Select Case Code2B
Case "2B20"
Response.write " Static Pressure"
Case "2B30"
Response.write " Atmospheric Pressure"
Case "2B35"
Response.write " Measuring Pressure"
Case "2B40"
Response.write " Density and Buoyancy"
Case "2B60"
Response.write " Siphons, Fountains and Pumps"
End Select
Code2C=Left (codeValue,4)
Select Case Code2C
Case "2C10"
Response.write " Flow Rate"
Case "2C20"
Response.write " Bernoulli Force"
Case "2C30"
Response.write " Viscosity"
Case "2C40"
Response.write " Turbulent and Streamline Flow"
Case "2C50"
Response.write " Vortices"
Case "2C60"
Response.write " Non Newtonian Fluids"
End Select
Code3A=Left (codeValue,4)
Select Case Code3A
Case "3A10"
Response.write " Pendula"
Case "3A15"
Response.write " Physical Pendula"
Case "3A20"
Response.write " Springs and Oscillators"
Case "3A40"
Response.write " Simple Harmonic Motion"
Case "3A50"
Response.write " Damped Oscillators"
Case "3A60"
Response.write " Driven Mechanical Resonance"
Case "3A70"
Response.write " Coupled Oscillations"
Case "3A75"
Response.write " Normal Modes"
Case "3A80"
Response.write " Lissajous Figures"
Case "3A95"
Response.write " Non-Linear Systems"
End Select
Code3B=Left (codeValue,4)
Select Case Code3B
Case "3B10"
Response.write " Transverse Pulses and Waves"
Case "3B20"
Response.write " Longitudinal Pulses and Waves"
Case "3B22"
Response.write " Standing Waves"
Case "3B25"
Response.write " Impedance and Dispersion"
Case "3B27"
Response.write " Compound Waves"
Case "3B30"
Response.write " Wave Properties of Sound"
Case "3B33"
Response.write " Phase and Group Velocity"
Case "3B35"
Response.write " Reflection and Refraction(sound)"
Case "3B39"
Response.write " Transfer of Energy in Wavess"
Case "3B40"
Response.write " Doppler Effect"
Case "3B45"
Response.write " Shock Waves"
Case "3B50"
Response.write " Interference and Diffraction"
Case "3B55"
Response.write " Interference and Diffraction of Sound"
Case "3B60"
Response.write " Beats"
Case "3B70"
Response.write " Coupled Resonators"
End Select
Code3C=Left (codeValue,4)
Select Case Code3C
Case "3C10"
Response.write " The Ear"
Case "3C20"
Response.write " Pitch"
Case "3C30"
Response.write " Intensity and Attenuation"
Case "3C40"
Response.write " Architectural Acoustics"
Case "3C50"
Response.write " Wave Analysis and Synthesis"
Case "3C55"
Response.write " Music Perception and the Voice"
End Select
Code3D=Left (codeValue,4)
Select Case Code3D
Case "3D20"
Response.write " Resonance in Strings"
Case "3D22"
Response.write " Stringed Instruments"
Case "3D30"
Response.write " Resonance Cavities"
Case "3D32"
Response.write " Air Column Instruments"
Case "3D40"
Response.write " Resonance in Plates, Bars, Solids"
Case "3D42"
Response.write " Percussion Instruments"
Case "3D46"
Response.write " Tuning Forks"
Case "3D50"
Response.write " Electronic Instruments"
End Select
Code4A=Left (codeValue,4)
Select Case Code4A
Case "4A10"
Response.write " Thermometry"
Case "4A20"
Response.write " Liquid Expansion"
Case "4A30"
Response.write " Solid Expansion"
Case "4A40"
Response.write " Properties of Materials at Low"
Case "4A50"
Response.write " Liquid Helium"
End Select
Code4B=Left (codeValue,4)
Select Case Code4B
Case "4B10"
Response.write " Heat Capacity and Specific Heat"
Case "4B20"
Response.write " Convection"
Case "4B30"
Response.write " Conduction"
Case "4B40"
Response.write " Radiation"
Case "4B50"
Response.write " Heat Transfer Applications"
Case "4B60"
Response.write " Mechanical Equivalent of Heat "
Case "4B70"
Response.write " Adiabatic Process"
End Select
Code4C=Left (codeValue,4)
Select Case Code4C
Case "4C10"
Response.write " PVT Surfaces"
Case "4C20"
Response.write " Phase Changes: Liquid-Solid"
Case "4C30"
Response.write " Phase Changes: Liquid-Gas"
Case "4C31"
Response.write " Cooling by Evaporation"
Case "4C32"
Response.write " Dew Point and Humidity"
Case "4C33"
Response.write " Vapor Pressure"
Case "4C40"
Response.write " Sublimation"
Case "4C45"
Response.write " Phase Changes: Solid-Solid"
Case "4C50"
Response.write " Critical Point"
End Select
Code4D=Left (codeValue,4)
Select Case Code4D
Case "4D10"
Response.write " Brownian Motion"
Case "4D20"
Response.write " Mean Free Path"
Case "4D30"
Response.write " Kinetic Motion"
Case "4D40"
Response.write " Molecular Dimensions "
Case "4D50"
Response.write " Diffusion and Osmosis"
End Select
Code4E=Left (codeValue,4)
Select Case Code4E
Case "4E10"
Response.write " Constant Pressure"
Case "4E20"
Response.write " Constant Temperature"
Case "4E30"
Response.write " Constant Volume"
End Select
Code4F=Left (codeValue,4)
Select Case Code4F
Case "4F10"
Response.write " Entropy"
Case "4F30"
Response.write " Heat Cycles"
End Select
Code5A=Left (codeValue,4)
Select Case Code5A
Case "5A10"
Response.write " Producing Static Charge"
Case "5A20"
Response.write " Coulomb's Law"
Case "5A22"
Response.write " Electrostatic Meters"
Case "5A30"
Response.write " Conductors and Insulators"
Case "5A40"
Response.write " Induced Charge"
Case "5A50"
Response.write " Electrostatic Machines"
End Select
Code5B=Left (codeValue,4)
Select Case Code5B
Case "5B10"
Response.write " Electric Fields"
Case "5B20"
Response.write " Gauss' Law"
Case "5B30"
Response.write " Electrostatic Potential"
End Select
Code5C=Left (codeValue,4)
Select Case Code5C
Case "5C10"
Response.write " Capacitors"
Case "5C20"
Response.write " Dielectric"
Case "5C30"
Response.write " Energy Stored in a Capacitor"
End Select
Code5D=Left (codeValue,4)
Select Case Code5D
Case "5D10"
Response.write " Resistance Characteristics"
Case "5D20"
Response.write " Resistivity and Temperature"
Case "5D30"
Response.write " Conduction in Solutions"
Case "5D40"
Response.write " Conduction in Gases"
End Select
Code5E=Left (codeValue,4)
Select Case Code5E
Case "5E20"
Response.write " Electrolysis"
Case "5E30"
Response.write " Plating"
Case "5E40"
Response.write " Cells and Batteries"
Case "5E50"
Response.write " Thermoelectricity"
Case "5E60"
Response.write " Piezoelectricity"
End Select
Code5F=Left (codeValue,4)
Select Case Code5F
Case "5F10"
Response.write " Ohm's Law"
Case "5F15"
Response.write " Power and Energy"
Case "5F20"
Response.write " Circuit Analysis"
Case "5F30"
Response.write " RC Circuits"
Case "5F40"
Response.write " Instruments"
End Select
Code5G=Left (codeValue,4)
Select Case Code5G
Case "5G10"
Response.write " Magnets"
Case "5G20"
Response.write " Magnet Domains and Magnetization"
Case "5G30"
Response.write " Paramagnetism and Diamagnetism"
Case "5G40"
Response.write " Hysteresis"
Case "5G45"
Response.write " Magnetostriction and Magnetores"
Case "5G50"
Response.write " Temperature and Magnetism"
End Select
Code5H=Left (codeValue,4)
Select Case Code5H
Case "5H10"
Response.write " Magnetic Fields"
Case "5H15"
Response.write " Fields and Currents"
Case "5H20"
Response.write " Forces on Magnets"
Case "5H25"
Response.write " Magnet/Electromagnet Interaction"
Case "5H30"
Response.write " Force on Moving Charges"
Case "5H40"
Response.write " Force on Current in Wires"
Case "5H50"
Response.write " Torque on Coils"
End Select
Code5J=Left (codeValue,4)
Select Case Code5J
Case "5J10"
Response.write " Self Inductance"
Case "5J20"
Response.write " LR Circuits"
Case "5J30"
Response.write " RLC Circuits-DC"
End Select
Code5K=Left (codeValue,4)
Select Case Code5K
Case "5K10"
Response.write " Induced Currents and Forces"
Case "5K20"
Response.write " Eddy Currents"
Case "5K30"
Response.write " Transformers"
Case "5K40"
Response.write " Motors and Generators"
End Select
Code5L=Left (codeValue,4)
Select Case Code5L
Case "5L10"
Response.write " Impedance"
Case "5L20"
Response.write " LCR Circuits - AC"
Case "5L30"
Response.write " Filters and Rectifiers"
End Select
Code5M=Left (codeValue,4)
Select Case Code5M
Case "5M10"
Response.write " Semiconductors"
Case "5M20"
Response.write " Tubes"
End Select
Code5N=Left (codeValue,4)
Select Case Code5N
Case "5N10"
Response.write " Transmission Lines and Antennas"
Case "5N20"
Response.write " Tesla Coil"
Case "5N30"
Response.write " Electromagnetic Spectrum"
End Select
Code6A=Left (codeValue,4)
Select Case Code6A
Case "6A01"
Response.write " Speeed of Light"
Case "6A02"
Response.write " Straight Line Propagation"
Case "6A10"
Response.write " Reflection From Flat Surfaces"
Case "6A20"
Response.write " Reflection from Curved Surfaces"
Case "6A40"
Response.write " Refractive Index"
Case "6A42"
Response.write " Refraction at Flat Surfaces"
Case "6A44"
Response.write " Total Internal Reflection"
Case "6A46"
Response.write " Rainbow"
Case "6A60"
Response.write " Thin Lens"
Case "6A61"
Response.write " Pinhole"
Case "6A65"
Response.write " Thick Lens"
Case "6A70"
Response.write " Optical Instruments"
End Select
Code6B=Left (codeValue,4)
Select Case Code6B
Case "6B10"
Response.write " Luminosity"
Case "6B30"
Response.write " Radiation Pressure"
Case "6B40"
Response.write " Blackbodies"
End Select
Code6C=Left (codeValue,4)
Select Case Code6C
Case "6C10"
Response.write " Diffraction Through One Slit"
Case "6C20"
Response.write " Diffraction Around Objects"
End Select
Code6D=Left (codeValue,4)
Select Case Code6D
Case "6D10"
Response.write " Interference From Two Sources"
Case "6D15"
Response.write " Interference of Polarized Light"
Case "6D20"
Response.write " Gratings"
Case "6D30"
Response.write " Thin Films"
Case "6D40"
Response.write " Interferometers"
End Select
Code6F=Left (codeValue,4)
Select Case Code6F
Case "6F10"
Response.write " Synthesis and Analysis of Color"
Case "6F30"
Response.write " Dispersion"
Case "6F40"
Response.write " Scattering"
End Select
Code6H=Left (codeValue,4)
Select Case Code6H
Case "6H10"
Response.write " Dichroic Polarization"
Case "6H20"
Response.write " Polarization by Reflection"
Case "6H30"
Response.write " Circular Polarization"
Case "6H35"
Response.write " Birefringence"
Case "6H50"
Response.write " Polarization by Scattering"
End Select
Code6J=Left (codeValue,4)
Select Case Code6J
Case "6J10"
Response.write " The Eye"
Case "6J11"
Response.write " Physiology"
End Select
Code6Q=Left (codeValue,4)
Select Case Code6Q
Case "6Q10"
Response.write " Holography"
Case "6Q20"
Response.write " Physical Optics"
End Select
Code7A=Left (codeValue,4)
Select Case Code7A
Case "7A10"
Response.write " Photoelectric Effect"
Case "7A15"
Response.write " Millikan Oil Drop"
Case "7A20"
Response.write " Compton Effect"
Case "7A50"
Response.write " Wave Mechanics"
Case "7A55"
Response.write " Particle/Wave Duality"
Case "7A60"
Response.write " X-ray and Electron Diffraction"
Case "7A70"
Response.write " Condensed Matter"
End Select
Code7B=Left (codeValue,4)
Select Case Code7B
Case "7B10"
Response.write " Spectra"
Case "7B11"
Response.write " Absorption"
Case "7B13"
Response.write " Resonance Radiation"
Case "7B20"
Response.write " Fine Splitting"
Case "7B30"
Response.write " Ionization Potential"
Case "7B35"
Response.write ""
Case "7B50"
Response.write " Atomic Models"
End Select
Code7D=Left (codeValue,4)
Select Case Code7D
Case "7D10"
Response.write " Radioactivity"
Case "7D20"
Response.write " Nuclear Reactions"
Case "7D30"
Response.write " Particle Detectors"
Case "7D40"
Response.write " NMR"
Case "7D50"
Response.write " Models of the Nucleus"
End Select
Code7E=Left (codeValue,4)
Select Case Code7E
Case "7E10"
Response.write " Miscellaneous"
End Select
Code7F=Left (codeValue,4)
Select Case Code7F
Case "7F10"
Response.write " Special Relativity"
Case "7F20"
Response.write " General Relativity"
End Select
End If
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