Physics: Illustrations

Here you can find 138 free, high resolution images as pixel graphics for example for use in a presentation or vector graphics with "infinite resolution" for example for use on a website.

Second Maxwell equation in integral form

Electric field lines - force on a test charge

Coriolis force - deflection of the airlplane to the east

Voltage-Time Graph - discharging capacitor

DFA - number of a's and b's have the same remainder when divided by 3

Trajectory (flight path) with position vector - Example

DFA - xw words, where w contains substring x squared — DFA - xw words, where w contains substring x²

Time changing magnetic field generates a rotating electric field and vice versa

Electric force on a charge in a plate capacitor

Hooke's law - displacement of the spring + restoring force

DFA - words of length 2 — DFA - strings of length 2

DFA - number of 0's and 1's have the same remainder when divided by 2 — DFA - even number of 0s and 1s

Voltage-Time Graph - charging capacitor

DFA - length divisible by 2 or 3, but not by 6

Current + time-dependent E-field generate a rotating B-field and vice versa

Photolithography — Photolithography - steps

Buoyant Force (Archimedes' principle) — Hydrostatic pressure (gravity pressure)

DFA - word length less than or equal to 2

DFA - word length divisible by either two or three — DFA - word length divisible by either 2 or 3

RC Circuit - discharging capacitor

DFA - Length difference modulo 4 is equal to 3 — DFA - Length difference divisible by 4 with remainder 3

Fourth Maxwell equation: Constant electric current generates B-field

Loop rule - 2nd Kirchhoff's second law — Mesh (loop) rule - Wheatstone bridge example

Bragg reflection on two lattice planes

DFA - word length greater than or equal to 2

DFA - word length divisible by 2 or by 3

Classically forbidden / allowed region

Circular thin ring (rotation axis through the center)

Magnetic force (Lorentz force) on a current-carrying conductor — Lorentz force on a current-carrying wire in a magnetic field

Different resistances - different slopes (U-I characteristics)

Propagation of a plane light wave according to the Huygens principle

Current-carrying coil with dimensions and magnetic field

Electric Field Graph (inside / outside) - Solid sphere

DFA - word contains at least one a

Energy quantization - quadratic potential energy function

Graph of a shifted Dirac delta function (1d)

Attractive Lorentz force - two current-carrying conductors of the same direction — Attractive Lorentz force - two current-carrying wires of the same direction

Ohm's law - linear relationship between current and voltage

Double-slit Experiment - Constructive interference

Two coils connected in series

Buoyant Force (Archimedes' principle)

DFA - second symbol from rhs is a — DFA - second symbol from right-hand side is a

Wave function in the forbidden region — Wave function in the classically forbidden / allowed region

Band structure (energy dispersion) and effective mass

Attractive Lorentz force - two current-carrying conductors of the same direction — Attractive Lorentz force - two current-carrying wires of the same direction

Periodic Table of Elements — Periodic table of elements

Magnetic force (Lorentz force) on a current-carrying conductor — Lorentz force on a current-carrying wire in a magnetic field

Double-slit Experiment - Destructive interference

Two coils connected in parallel

Cylindrical Capacitor