The proposition I.4.1
(ii) To prove the map sigma to c_{x,y}(sigma) from H^1(complex) to H^1(K,V) is an iso.

The proposition I.4.1 (ii) To prove the map sigma to c_{x,y}(sigma) from H^1(complex) to H^1(K,V) is an iso.

The proposition I.4.1
(ii) To prove the map sigma to c_{x,y}(sigma) from H^1(complex) to H^1(K,V) is an iso.&nbsp;

CC#10 The proposition I.4.1 (ii) To prove the map sigma to c_{x,y}(sigma) from H^1(complex) to H^1(K,V) is an iso.

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