22031518
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Flashcards by Sabrina Grünwald, updated more than 1 year ago
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| Question | Answer |
| Gewichtskraft | \(F_G\) =m \(\cdot\) g |
| Hooksches Federgesetz | \(F_S\) =-D\(\cdot\)s |
| Auftriebskraft | \(F_A\) = \(\rho\)*g*V |
| 2. Newtonsches Gesetz | F=m*a |
| Reibungskraft | F=\(\mu\)*\(F_N\) |
| Zentripetalkraft | \(F_Z\) = m*\(\omega\)^2*r |
| Gravitationsgesetz | \(F_G\) = G*\(\frac{m1*m2}{r}\) |
| Elektrische Feldkraft | \(F_el\) = Q*E |
| Coulombgesetz | F = \(\frac{1}{4PI*E0}\)*\(\frac{Q1+Q2}{r^2}\) |
| Lorentzkraft | \(F_L\) = Q*B*v = B*I*L |
| Lageenergie | E = m*g*h |
| Kinetische Energie | E = \(\frac{1}{2}\)m*\(v^2 \) |
| Spannenergie Feder | E = \(\frac{1}{2}\)D*\(s^2 \) |
| Mechanische Energie | E= F*s |
| Rotationsenergie | E_rot= \(\frac{1}{2}\)J*\(w^2 \) |
| Energiestromstärke | P = \(\frac{dE}{dt}\) |
| Elektrische Beschleunigungsenergie | E =Q*U |
| Kondensatorfeldenergie | E = \(\frac{1}{2}\)C*\(U^2 \) |
| Spulenfeldenergie | E = \(\frac{1}{2}\)L*\(I^2 \) |
| Energie von Photonen | E = h*f |
| Magnetische Feldenergie | E = \(\frac{1}{2}\)L*\(I^2 \) |
| Ladung am Kondensator | Q = C*U |
| Elektrische Leistung | P = U*I |
| Frequenz | f = \(\frac{1}{T}\) |
| Induktionsgesetz | U_ind = -n * \(\phi\) <- mit Punkt |
| Wellen / Ausbreitungsgeschwindigkeit | c = \(\lambda\)*f |
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