α←C,T C₀ = C₁ = ←α,C,T T₀ = T₁ = ←α,C,T ☺ α = \(\alpha=\dfrac{\dfrac{C_1}{C_0}-1}{T_1-T_0}\)

C←α,C,T α = 1/K ←C,T C₀ = T₀ = T₁ = ←α,C,T ☺ C₁ = \(C_1=C_0\cdot\left(1+\alpha\cdot\left(T_1-T_0\right)\right)\)

T←α,C,T α = 1/K ←C,T C₀ = C₁ = ←α,C,T T₀ = ☺ ☺ T₁ = \(T_1=T_0+\dfrac{\dfrac{C_1}{C_0}-1}{\alpha}\)

α←G,R,T G₀ = R₀ = G₁ = ←α,G,R,T R₁ = ←α,G,R,T T₀ = T₁ = ←α,G,R,T ☺ α =

G,R←α,G,R,T α = 1/K ←G,R,T G₀ = R₀ = T₀ = T₁ = ←α,G,R,T ☺ G₁ = R₁ =

T←α,G,R,T α = 1/K ←G,R,T G₀ = R₀ = G₁ = ←α,G,R,T R₁ = ←α,G,R,T T₀ = ☺ ☺ T₁ =

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⌂ Index
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Verzió: 2025-04-20 ( 2012-03-19 .. 2025-03-10 18:00:01 UTC )
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