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Browse all Principles of Physics I Key Terms

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δke = ke_f - ke_i
δu = q - w
δu_g = -w
η = w/qh
σf = 0
τ = dl/dt
τ = iα
τ = r × f
τ = rf sin(θ)

A

A = δv/δt
Absolute pressure
Accelerated motion
Accelerated vertical motion
Acceleration
Acceleration due to gravity
Acceleration-time graph
Accuracy
Action at a distance
Action-reaction pairs
Adiabatic process
Aerodynamic design
Aerodynamics
Air resistance
Algebraic Techniques
Ampere
Amplitude
Analysis
Analytical vector addition
Analytical vector subtraction
Angle conversion
Angle of incline
Angular acceleration
Angular displacement
Angular displacement relation
Angular frequency
Angular launch
Angular momentum
Angular velocity
Aphelion
Apparent Acceleration
Apparent movement
Apparent weight
Arc length
Archimedes
Archimedes' Principle
Area expansion
Area Under Curves
Atwood Machine
Average acceleration
Average angular velocity
Average speed formula
Average velocity

B

Balanced forces
Ballistic trajectories
Banked curves
Bar
Bernoulli
Bernoulli Effect
Bernoulli's Equation
Bernoulli's Principle
Block and pulley problem
Boiling point
Boltzmann's Entropy
Braking Systems
Brittleness
Bulk modulus
Buoyancy
Buoyant force

C

Caliper
Calorimeter
Candela
Car crash analysis
Carnot Engine
Cavendish Experiment
Cavitation