Suspension of a symmetric complex (Ex)

Latest revision as of 12:49, 25 August 2013

Using the definition and the $<wikitex>; Using the definition and the $\omega$ from Exercise 4 show that $$ S(\varphi)_0 = 0 $$ and $$ S(\varphi_{s+1}) = \pm \varphi_s $$ </wikitex> == References == {{#RefList:}} [[Category:Exercises]] [[Category:Exercises without solution]]\omega$ from Exercise Structured chain complexes III (Ex) show that

$$\displaystyle S(\varphi)_0 = 0$$

and for $s \geq 0$

$$\displaystyle S(\varphi_{s+1}) = \pm \varphi_s$$

[edit] References