Notes on k parameter edge case (Transcript excerpt)

k = 1 is an edge case

Transcript excerpt indicates that k = 1 is treated as an edge case.
Direct quote: "To one. One is kind of an edge case, and I'll have you do k equal to one on the next example, and you'll see why that's the smallest value that we can plug in."
Key takeaway: k = 1 is identified as the smallest permissible value, and a subsequent example will demonstrate why this is considered an edge case.
Interpretation note: The phrase implies a specific rationale to be revealed in the next example; the current snippet does not provide the full justification.

Direct quote: "If we wanna plug in something like k equal to two, that means we have the mean in the" (sentence cut off).
Implication from the transcript: Plugging in k = 2 is associated with introducing or incorporating the mean into something, but the exact context or formula is not provided in the excerpt.
Missing content: The statement ends mid-thought; the rest of the explanation is not present in this snippet.

The material is emphasizing the importance of the value range for the parameter k, specifically noting that k = 1 is an edge case and represents the smallest valid value.
There is a plan to illustrate why k = 1 is the minimum in a subsequent example.
There is an incomplete statement suggesting that choosing k = 2 changes something related to the mean, but details are not available in this excerpt.

What is the exact reason that k = 1 is the smallest value? (to be shown in the next example)
How does choosing k = 2 affect the presence or role of the mean in the formula or model? (content to be provided in the continuation)
Await the next portion of the lecture or transcript for full explanation and any associated formulas or numerical relationships.

The discussion centers on a parameter k with a domain where k ≥ 1, common in many statistical or mathematical setups where k controls a count, degree of freedom, or similar concept.
The term "mean" is introduced in relation to k = 2, suggesting that the parameter k interacts with the mean in the model or equation under consideration.
Ethical/practical note: Without the full context, it isn’t possible to assess implications, but in many mathematical problems, edge cases (like k = 1) often require separate handling or yield different behavior than higher values.

Smallest permissible value for k: k = 1
A future example will show why this is an edge case.
In the incomplete line, the implication of k = 2 mentions the mean, but no explicit formula is provided in this excerpt.