Exercise 3.55. Show that every wedge sum of Hausdorff spaces is Hausdorff.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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### Exercise 3.55

**Objective:** Show that every wedge sum of Hausdorff spaces is Hausdorff.

**Explanation:** In topology, a space is said to be Hausdorff if for any two distinct points, there exist neighborhoods separating them. The wedge sum, denoted by \(\vee\), is a construction that combines a collection of topological spaces by identifying one point from each space. This exercise requires understanding the properties of the Hausdorff condition and how they are preserved under the wedge sum construction. 

**Approach:** To tackle this exercise, one must demonstrate that the Hausdorff condition (T2) holds in the wedge sum, assuming each individual space is Hausdorff. This involves showing that for any two distinct points in the wedge sum, there exist neighborhoods of these points that do not intersect.
Transcribed Image Text:### Exercise 3.55 **Objective:** Show that every wedge sum of Hausdorff spaces is Hausdorff. **Explanation:** In topology, a space is said to be Hausdorff if for any two distinct points, there exist neighborhoods separating them. The wedge sum, denoted by \(\vee\), is a construction that combines a collection of topological spaces by identifying one point from each space. This exercise requires understanding the properties of the Hausdorff condition and how they are preserved under the wedge sum construction. **Approach:** To tackle this exercise, one must demonstrate that the Hausdorff condition (T2) holds in the wedge sum, assuming each individual space is Hausdorff. This involves showing that for any two distinct points in the wedge sum, there exist neighborhoods of these points that do not intersect.
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