fizyka wzory
0 40 kartičky dominikakuc0
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v = s / t [1 m/s]
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s = v * t [1 m]
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v śr = Δs / Δt [1 m/s]
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s = a * t² / 2 [1 m]
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v = a * t [1 m/s]
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T = f * Fn [1 N]
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a = F / m [1 m/s²]
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F = m * a [1 N = 1 kg * 1 m/s²]
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F = m * g [1 N]
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p = m * v [1kg * 1m/s]
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v = 2 * PI * r / T [1 m/s]
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Fg = G * m1 * m2 / r² [1 N]
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W = F * s [1J = 1N * 1s]
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P = W / t [1W = 1J / 1s]
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Ek = mv² / 2 [1 J]
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Ep = m * g * h [1 J]
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F1 * r2 = F2 * r2
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ΔEw = Q + W [1 J]
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cw = Q / m * Δt [1 J / kg * C]
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Q = cw * m * Δt [1 J]
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c = Q / m [1 J / kg]
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T = 1 / f [1 s]
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f = 1 / T [1Hz = 1/s]
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v = λ / T, v = λ * f [1 m/s]
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p = F / S [1Pa = 1N / 1m²]
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ρ = m / V [1 kg/m³]
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p = ρ * g * h [1 Pa]
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Fw = ρ cieczy * g * V wypartej cieczy [1 N]
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F = k q1 * q2 / r² [1 N]
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I = q / t [1A = 1C / 1s]
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I = U / R [1A = 1V / 1Ω]
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q = I * E * t [1C = 1 AEls]
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R = U / I [1Ω = 1V / 1A]
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R = ρ * l / S [1 Ω]
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U = W / q [1V = 1J / 1C]
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W = U * I * t [1J = 1V * 1A = 1s]
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P = U * I [1W = 1V * 1A]
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P = W / t [1W = 1J / 1s]
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R = R1 + R2 + R3 + ... [1 Ω]
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R = R1 * R2 / R1 + R2 1 / R = 1 / R1 + 1 / R2
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