1
Q
What is meant by thermal equilibrium
A
When two objects in contact have no net flow of thermal energy between them.
2
Q
What are the conditions for thermal equilibrium
A
- Same temperature
- In contact
3
Q
What is meant by Absolute Zero
A
The lowest limit for temperature at which a substance has minimum internal energy
4
Q
What is the equation for temperature in Kelvin
A
K = C +273
Physics
flashcards
Decks in class (75)
# Cards
-
Module 1 - ALevel Experimentations (Module 3 PAGs)10
-
Module 1 - ALevel Experimentations (Module 4 PAGs)16
-
Module 1 - ALevel Experimentations (Module 5 PAGs)0
-
Module 1 - ALevel Experimentations (Module 6 PAGs)0
-
Module 2 - Foundations of physics (SI Units)5
-
Module 2 - Foundation of physics (Measurements and Uncertainties)32
-
Module 2 - Foundations of Physics (Scalars and Vectors)7
-
Module 3 - Forces and motion (Kinematics)19
-
Module 3 - Forces and Motion (Linear Motion)14
-
Module 3 - Forces and motion (Dynamics)12
-
Module 3 - Motion with non-uniform acceleration11
-
Module 3 - Equilibrium17
-
Module 3 - Density and Pressure20
-
Module 3 - Work and Conservation of Energy20
-
Module 3 - Kinetic and Potential Energies12
-
Module 3 - Power8
-
Module 3 - Springs28
-
Module 3 - Mechanical properties of matter25
-
Module 3 - NLoM and Momentum (NLoM)9
-
Module 4 - Charge and current (Charge)23
-
Module 4 - Charge and current (Mean Drift Velocity)9
-
Module 4 - EPR (E.m.f and p.d)7
-
Module 4 - EPR (The Electron Gun)12
-
Module 4 - EPR (Resistance)11
-
Module 4 - EPR (Resistivity)7
-
Module 4 - EPR (Series and Parallel Circuits)5
-
Module 4 - EPR (Internal Resistance)8
-
Module 4 - EPR (Potential Dividers)10
-
Module 4 - Waves (Phase and the Wave Equation)12
-
Module 4 - Waves (Wave Properties)26
-
Module 4 - Waves (Reflection and Refraction)23
-
Module 4 - Waves (Intensity and Amplitude)9
-
Module 4 - Waves (Diffraction and Polarisation)9
-
Module 4 - Waves (Electromagnetic waves)28
-
Module 4 - Waves (Superposition)22
-
Module 4 - Waves (Stationary waves)25
-
Module 4 - Quantum (Photons)23
-
Module 4 - Quantum (The Photoelectric Effect)16
-
Module 4 - Quantum (Wave-Particle Duality)17
-
Module 5 - Thermal Physics (Temperature)4
-
Module 5 - Thermal Physics (Solid, Liquid and Gas)21
-
Module 5 - Thermal Physics (Thermal Properties of Materials)23
-
Module 5 - Thermal Physics (Ideal Gases)19
-
Module 5 - Circular Motion (Kinematics of Circular Motion)21
-
Module 5 - Oscillations (SHM)23
-
Module 5 - Oscillations (Damping)11
-
Module 5 - Gravitational Fields (Point and Spherical masses)7
-
Module 5 - Gravitational Fields (Netwon's law of gravitation)8
-
Module 5 - Gravitational Fields (Planetary motion)7
-
Module 5 - Gravitational Fields (GP and GPE)8
-
Moduel 5 - Astrophysics (Stars)10
-
Module 5 - Astrophysics (Low-Mass Stars)21
-
Module 5 - Astrophysics (Massive Stars)23
-
Module 5 - Astrophysics (Electromagnetic Radiation from Stars)15
-
Module 5 - Astrophysics (Distances and the Cosmological Principle)18
-
Module 5 - Astrophysics (Comological Phenomenom)13
-
Module 5 - Astrophysics (Evolution of the Universe)18
-
Module 6 - Capcitors (Capcitors)18
-
Module 6 - Capacitors (Energy)3
-
Module 6 - Capacitors (Equations and rate of (dis)charging capacitors)9
-
Module 6 - Electric Fields (Points and Spherical Charges)4
-
Module 6 - Electric Fields (Coulomb's Law)6
-
Module 6 - Electric Fields (Uniform Electric Fields)8
-
Module 6 - Electric Fields (Electric potential and energy)7
-
Module 6 - Electromagnetism (Magnetic Fields)15
-
Module 6 - Electromagnetism (Motion of Charged Particles)11
-
Module 6 - Electromagnetism (Electromagnetism)10
-
Module 6 - Nuclear and Particle Physics (nuclear atom)14
-
Module 6 - Nuclear And Particle Physics (Fundamental Partciles)19
-
Module 6 - Nuclear and Particle Physics (Radioactivity)23
-
Module 6 - Nuclear and Particle Physics (Fission and Fusion)10
-
Module 6 - Medical Imaging (Using X-Rays)22
-
Module 6 - Medical Imaging (Diagnostic methods in medicine)20
-
Module 6 - Medical Imaging (Using ultrasound)14
