fis neither continuous nor a homeomorphism f is not continuous Let T us be the usual topology on R and T |l be the lower limit topology generated by the unions of (]a,b]/ a,beR;asb}. Define f the...


fis neither continuous nor a homeomorphism<br>f is not continuous<br>Let T us be the usual topology on R and T |l be the lower limit topology generated<br>by the unions of (]a,b]/ a,beR;asb}. Define f the mapping from (R, T_us) into (R.<br>T 1) by f(x)=1 and g the mapping from (R, TII) into (R, T_us) by g(x)<br>= 4x. Then<br>g is a homeomorphism but f is not<br>None of the choices<br>f and g are both homeomorphisms<br>f is a homeomorphism but g is not<br>Let X = (a, b, C, d.e) and let T = (X. o. (a). (a.d). (a.e)}, then<br>(X T) is not Hausdorff but it is connected<br>OXT) is not connected but it is Hausdorff<br>(X T)is neither Hausdorff nor connected<br>o search<br>

Extracted text: fis neither continuous nor a homeomorphism f is not continuous Let T us be the usual topology on R and T |l be the lower limit topology generated by the unions of (]a,b]/ a,beR;asb}. Define f the mapping from (R, T_us) into (R. T 1) by f(x)=1 and g the mapping from (R, TII) into (R, T_us) by g(x) = 4x. Then g is a homeomorphism but f is not None of the choices f and g are both homeomorphisms f is a homeomorphism but g is not Let X = (a, b, C, d.e) and let T = (X. o. (a). (a.d). (a.e)}, then (X T) is not Hausdorff but it is connected OXT) is not connected but it is Hausdorff (X T)is neither Hausdorff nor connected o search

Jun 05, 2022
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