Complete the sentences by filling in the blanks. Each correct answer earns points!
The motion of a particle is described by the formula F = .
Context: Newton's Laws
In the Euler-Lagrange equation, the term L represents the .
Context: Lagrangian Mechanics
Hamilton's equations are a reformulation of classical mechanics using .
Context: Hamiltonian Mechanics
The first law of thermodynamics states that dU = dQ + .
Context: Thermodynamics
Maxwell's equations describe the laws of .
Context: Electromagnetism
The equation pV = RT is known as the .
Context: Statistical Physics
The entropy of a system at absolute zero is .
Context: Thermodynamics
The Lorentz transformation is used to relate coordinates in different .
Context: Special Relativity
The Boltzmann equation describes the probability of a state as Pj = e^(-βEj) / .
Context: Statistical Physics
The force on a charge moving in an electromagnetic field is given by the .
Context: Electromagnetism