Physics equations/Equations/Blank (no equations)
'Do not edit this page. Instead, copy and place in /Equations or in /Sheet.
This equations contains the section dividers used to transclude, but no equations. Copies of this page residing in ../Equations space can be used to supplement Equations in creating user-oriented pages in ../Sheet space (for example calculus/trig supplements).
00-Mathematics for this course edit
01-Introduction edit
02-One dimensional kinematics edit
03-Two-Dimensional Kinematics edit
04-Dynamics: Force and Newton's Laws edit
05-Friction, Drag, and Elasticity edit
06-Uniform Circular Motion and Gravitation edit
07-Work and Energy edit
08-Linear Momentum and Collisions edit
09-Statics and Torque edit
10-Rotational Motion and Angular Momentum edit
11-Fluid statics edit
12-Fluid dynamics edit
13-Temperature, Kinetic Theory, and Gas Laws edit
- converts from Celsius to Kelvins.
- converts from Celsius to Fahrenheit.
14-Heat and Heat Transfer edit
- is the heat required to change the temperature of a substance of mass, m. The change in temperature is ΔT. The specific heat, cS, depends on the substance (and to some extent, its temperature and other factors such as pressure). Heat is the transfer of energy, usually from a hotter object to a colder one. The units of specfic heat are energy/mass/degree, or J/(kg-degree).
- is the heat required to change the phase of a a mass, m, of a substance (with no change in temperature). The latent heat, L, depends not only on the substance, but on the nature of the phase change for any given substance. LF is called the latent heat of fusion, and refers to the melting or freezing of the substance. LV is called the latent heat of vaporization, and refers to evaporation or condensation of a substance.
15-Thermodynamics edit
16-Oscillatory Motion and Waves edit
- describes oscillatory motion with period T. The amplitude, or maximum displacement is . Alternative notation includes the use of instead of ). Using by allows us to write this in terms of angular frequency, ω0:
- , where we have introduced a phase shift to permit both sine and cosine waves. For example, .
- holds for a mass-spring system with mass, m, and spring constant, ks.
- holds for a low amplitude pendulum of length, L, in a gravitational field, g.
- is the potential energy of a mass spring system. This equation can also be used for a pendulum if we replace the spring constant by an effective spring constant .
17-Physics of Hearing edit
18-Electric charge and field edit
19-Electric Potential and Electric Field edit
20-Electric Current, Resistance, and Ohm's Law edit
21-Circuits, Bioelectricity, and DC Instruments edit
22-Magnetism edit
23-Electromagnetic Induction, AC Circuits, and Electrical Technologies edit
24-Electromagnetic Waves edit
25-Geometric Optics edit
26-Vision and Optical Instruments edit
27-Wave Optics edit
===28-Special Relativity=== <section begin=28-Special_Relativity/> <section end=28-Special_Relativity/> ===29-Introduction to Quantum Physics=== <section begin=29-Introduction_to_Quantum_Physics/> <section end=29-Introduction_to_Quantum_Physics/> ===30-Atomic Physics=== <section begin=30-Atomic_Physics/> <section end=30-Atomic_Physics/> ===31-Radioactivity and Nuclear Physics=== <section begin=31-Radioactivity_and_Nuclear_Physics/> <section end=31-Radioactivity_and_Nuclear_Physics/> ===32-Medical Applications of Nuclear Physics=== <section begin=32-Medical_Applications_of_Nuclear_Physics/> *foo <section end=32-Medical_Applications_of_Nuclear_Physics/> ===33-Particle Physics=== <section begin=33-Particle_Physics/> *foo <section end=33-Particle_Physics/> ===34-Frontiers of Physics=== <section begin=34-Frontiers_of_Physics/> *foo <section end=34-Frontiers_of_Physics/>