Formelsammlung (PDF), mit der du fast jede Physikaufgabe meisterst ✅ Enthält 206 relevantesten Formeln✅ Ohne Vektoren und Integrale✅ Mit vielen Illustrationen✅ Fürs Physikabitur und Studium Learn more
Frustum of a Right Circular Cone FormulaStraight Circular Frustum (Side Length, Height, Radius) $$ s ~=~ \sqrt{h^2 ~+~ (\class{red}{r_1} - \class{blue}{r_2})^2} $$
Parallelogram with Side Lengths and Height FormulaParallelogram (Area, Side Length) $$ A ~=~ \class{blue}{a} \, \class{red}{h} $$
Ellipsoid with Shown Semi-Axes FormulaEllipsoid (Volume, Semi-Axis) $$ V ~=~ \frac{4\pi}{3} \, a \, b \, c $$
Parallel Shifted Axis of Rotation of a Cylinder FormulaSteiner's Theorem (Moment of Inertia) $$ I ~=~ I_{\text{CM}} ~+~ \class{brown}{m} \, h^2 $$
Amplitude-Frequency Graph of a Forced Damped Oscillator FormulaSinusoidally Forced, Damped Oscillator (Phase Angle) $$ \varphi_0 ~=~ \arctan\left( \frac{\omega_0^2 - \omega^2}{\omega \, b} \, m \right) $$
Amplitude-Frequency Graph of a Forced Damped Oscillator FormulaSinusoidally Forced Damped Oscillator (Amplitude) $$ A_0 ~=~ \frac{F_0}{ m \sqrt{ (\omega^2 - {\omega_0}^2)^2 ~+~ \frac{b^2\,\omega^2}{m^2}}} $$
Hooke Law: Displacement of the spring and restoring force FormulaDamped Harmonic Oscillator (Frequency, Damping Constant) $$ f ~=~ \frac{1}{2\pi} \sqrt{\frac{D}{m} ~-~ \frac{b^2}{4m^2}} $$
