The Klein bottle K is obtained from the unit square [0, 1] x [0, 1] by making the identifications (z,0) = (1-z, 1) and (0, y) = (1, y) for z, y = [0, 1]. Is it true that any loop in K that has no self intersections cuts K into two components? If not, then exhibit a loop that does not cut K into two components.

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4. The Klein bottle K is obtained from the unit square [0, 1]
identifications (z,0) = (1-2, 1) and (0, y) = (1, y) for z, y [0, 1].
x [0,1] by making the
Is it true that any loop in K that has no self intersections cuts K into two components?
If not, then exhibit a loop that does not cut K into two components.
Transcribed Image Text:I 4. The Klein bottle K is obtained from the unit square [0, 1] identifications (z,0) = (1-2, 1) and (0, y) = (1, y) for z, y [0, 1]. x [0,1] by making the Is it true that any loop in K that has no self intersections cuts K into two components? If not, then exhibit a loop that does not cut K into two components.
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