Find region in w plane in s is mapped under transformations


1) The square S in z plane has vertices at (0,0), (1,0), (1,1), (0,1). Find region in w plane into which S is mapped under transformations: a) w=z^{2^{}} b) w=1/(z+1))

2) let w^{3}=z and assume that corresponding to z=1, we have w=1. i) if we start at z=1 in z plane and make one complete circuit counterlockwise around th origin, determine value of w on returning to z=1 for frist time. ii) find values of w on returning to z=1 after 2,3,4,... complete circuits about origin? Explain (i) and (ii) if paths do not enclose origin.

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Mathematics: Find region in w plane in s is mapped under transformations
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