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 =
⌂ Index
☺
Verzió: 2025-03-25 (
2012-03-19
..
2025-03-10 18:00:01
UTC )
gg630504