Custom sort by name length, then alphabetically .OrderBy(e => e.Name.Length)?

Short answer: var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name);

Example code

var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name); var customSort = employees .ThenBy(e => e.Name);

Real-world example (ShopNest)

ShopNest uses LINQ to query orders: filter by date, project to a summary DTO, and order by total—readable C# that becomes SQL under EF Core.

Say this in the interview

1. Define — one clear sentence (the short answer above).
2. Example — relate it to a project like ShopNest or your real work.
3. Trade-off — when you would not use it.