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Aaron Bertrand
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A lot of people believe that a clustered index guarantees a sort order on output. But that's not what it does; it guarantees a storage order on disk.

See, for example, this blog postthis blog post, a follow-up, and this longer discussion.

A lot of people believe that a clustered index guarantees a sort order on output. But that's not what it does; it guarantees a storage order on disk.

See, for example, this blog post, and this longer discussion.

A lot of people believe that a clustered index guarantees a sort order on output. But that's not what it does; it guarantees a storage order on disk.

See, for example, this blog post, a follow-up, and this longer discussion.

Link to Usenet discussion including David Portas, Kalen Delaney, and Tibor Karaszi, among others.
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A lot of people believe that a clustered index guarantees a sort order on output. But that's not what it does; it guarantees a storage order on disk.

See, for example, this blog post, and this longer discussion.

A lot of people believe that a clustered index guarantees a sort order on output. But that's not what it does; it guarantees a storage order on disk.

See, for example, this blog post.

A lot of people believe that a clustered index guarantees a sort order on output. But that's not what it does; it guarantees a storage order on disk.

See, for example, this blog post, and this longer discussion.

Post Migrated Here from stackoverflow.com (revisions)
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A lot of people believe that a clustered index guarantees a sort order on output. But that's not what it does; it guarantees a storage order on disk.

See, for example, this blog post.