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MATH-C10-C-001
Subtract train and validation counts from the total.
MATH-C10-C-002
Add all four numbers, then divide by 4.
MATH-C10-C-003
Width means upper end minus lower end.
MATH-C10-C-004
Each fold gets one turn as validation data.
MATH-C10-C-005
Use the Bayesian update shape before normalization: likelihood times prior.
MATH-C10-C-006
Think about what happens if every model choice is influenced by the test score.
MATH-C10-C-007
High training error means the model is struggling even before we ask whether it generalizes.
MATH-C10-C-008
Likelihood compares parameter choices or models against observed data. It does not certify truth.
MATH-C10-C-009
Bootstrap sampling is with replacement.
MATH-C10-C-010
Statistical evidence and practical importance are related, but they are not the same question.
MATH-C10-C-011
Ask how the examples were collected, not only how many there are.
MATH-C10-C-012
One sample can be unusual even when the rule is reasonable.
MATH-C10-C-013
Maximum likelihood compares the candidates included in the model family.
MATH-C10-C-014
The interval surrounds an estimate, not an individual future example.
MATH-C10-C-015
If the scores helped choose the model, they are part of development evidence.