A refinement of the Artin conductor and the base change conductor
... then de Shalit’s recipe [CY01, A1.9] shows that c(T ) = cGal (T̂ ), where c(T ) is the classical base change conductor of T , which is defined in terms of algebraic Néron models, and where cGal (T̂ ) is the base change conductor of T̂ , defined Galois-theoretically. It is easily seen that ˆ· induce ...
... then de Shalit’s recipe [CY01, A1.9] shows that c(T ) = cGal (T̂ ), where c(T ) is the classical base change conductor of T , which is defined in terms of algebraic Néron models, and where cGal (T̂ ) is the base change conductor of T̂ , defined Galois-theoretically. It is easily seen that ˆ· induce ...
Logarithms Tutorial for Chemistry Students 1
... Caution! The most common errors come from students mistakenly using two completely fictitious rules (there are no rules that even resemble these): loga (u + v) 6= loga u + loga v (logarithm of a sum) and logb (u − v) 6= logb u − logb v (logarithm of a difference). The practical implication of these ...
... Caution! The most common errors come from students mistakenly using two completely fictitious rules (there are no rules that even resemble these): loga (u + v) 6= loga u + loga v (logarithm of a sum) and logb (u − v) 6= logb u − logb v (logarithm of a difference). The practical implication of these ...
