“…We will here provide the details on how the result presented in Example 2.7 for the elementary differential looks like more concrete for the SDE introduced in Example 2.1. The partitioned SDE in Example 2.1 is of the form dX (1) = g (1,1) 0 (X (1) , X (2) )dt + g (1,2) 0 (X (1) , X (2) )dt + g (1,1) 1 (X (1) , X (2) )dW 1 (t) dX (2) = g (2,1) 0 (X (1) , X (2) )dt with…”