1
Q
Intensity β β
A
number of electrons β
2
Q
Intensity β β KE ____
A
KE unchanged
π Physics
flashcards
Decks in class (102)
# Cards
-
[NUCLEI] π Basic Facts5
-
π Stability2
-
π Mass Defect2
-
π MassβEnergy2
-
π Binding Energy3
-
π QβValue3
-
π Nuclear Force3
-
π Fission5
-
π Fusion3
-
π Radioactivity3
-
π Alpha Decay3
-
π Beta Minus (Ξ²β»)3
-
π Beta Plus (Ξ²βΊ)3
-
π Gamma2
-
π Decay Law2
-
π Half-Life2
-
π Mean Life2
-
π Activity3
-
[ATOMS] π Rutherford Model4
-
π Impact Parameter1
-
π Distance of Closest Approach1
-
π Bohr Postulates3
-
π Bohr Radius2
-
π Ground State2
-
π Ionisation Energy1
-
π Radius of nth Orbit1
-
π Velocity of Electron1
-
π Energy of nth Orbit1
-
π Energy Facts3
-
π Spectral Lines2
-
π Rydberg Formula1
-
π Spectral Series (VERY IMPORTANT)5
-
π Number of Transitions1
-
π Reduced Mass Correction3
-
π X-Rays2
-
π Continuous X-Ray Spectrum2
-
π Characteristic X-Rays2
-
π Moseleyβs Law1
-
[DUAL NATURE] π Planckβs Quantum Theory3
-
π Photon Facts3
-
π Photon Momentum1
-
π Photoelectric Effect2
-
π Work Function (Ο)3
-
π Einstein Photoelectric Equation1
-
π Threshold Frequency2
-
π Threshold Wavelength1
-
π Stopping Potential3
-
π Intensity Effects2
-
π Radiation Pressure5
-
π de-Broglie Hypothesis2
-
π de-Broglie (Energy Form)1
-
π Electron Accelerated by V Volt1
-
π de-Broglie & Temperature π = β 3 π π π1
-
π Heisenberg Uncertainty Principle2
-
π When Uncertainty Matters2
-
[SEMICONDUCTOR] π Semiconductor Basics3
-
π Energy Bands3
-
π Energy Gap Comparison3
-
π Intrinsic Semiconductor2
-
π Extrinsic Semiconductor3
-
π pβn Junction2
-
π Forward Bias4
-
π Reverse Bias4
-
π Zener Diode4
-
π Transistor Basics3
-
π Transistor Uses2
-
π Current Gain (Ξ²)1
-
π Relation Between Ξ± & Ξ²1
-
π Amplification Factor1
-
π Voltage Gain (CE Mode)1
-
π Power Gain1
-
π Rectifier1
-
π Rectifier Efficiency1
-
π Half-Wave Rectifier1
-
π Full-Wave Rectifier1
-
[RAY OPTICS]π Laws of Reflection2
-
π Plane Mirror Image3
-
π Number of Images (Inclined Mirrors)3
-
π Spherical Mirrors2
-
π Mirror Formula1
-
π Transverse Magnification (Mirror)1
-
π Optical Power (Mirror)1
-
π Laws of Refraction2
-
π Important Refraction Facts2
-
π Lateral Shift (Glass Slab)1
-
π Apparent Depth1
-
π Total Internal Reflection (TIR)1
-
π Critical Angle1
-
π Prism Deviation1
-
π Minimum Deviation1
-
π Thin Prism1
-
π Dispersion2
-
π Dispersive Power1
-
π Lens Formula1
-
π Magnification (Lens)1
-
π Power of Lens1
-
π Combination of Lenses1
-
π Newtonβs Formula1
-
(opt ins) π Simple Microscope2
-
π Compound Microscope2
-
π Astronomical Telescope2
-
π Resolving Power2
