Criteria of Test does not depends on:

Q: Criteria of Test does not depends on:

Criteria of Test does not depends on:

Question

Accepted Answer

The correct option is (1):
The criteria of a sound physical education test must define the test's inherent quality and usefulness as a measurement tool. **Correlation** is a statistical measure (a number ranging from -1.0 to +1.0) that describes the relationship or degree of association between two or more variables. It is a tool or statistical procedure *used to calculate* or *establish* the primary criteria, such as the reliability (through test-retest correlation) or the validity (through correlation with a criterion measure), but correlation itself is not a fundamental quality or characteristic that a test is required to possess. The quality of a test is defined by its ability to measure accurately and consistently, not by the correlation coefficient itself. Therefore, a test's criteria do not fundamentally depend on "correlation" as an attribute.

The incorrect option is (2): **Objectivity** is a vital criterion for any good test. Objectivity ensures that the test results are independent of the administrator's personal bias, judgment, or skill. This means that if two different administrators score the same performance, the results must be nearly identical. A test lacking objectivity will yield inconsistent and unreliable results, making it unfit for scientific measurement.

The incorrect option is (3): **Reliability** is a cornerstone criterion. It refers to the consistency and dependability of the test scores. A reliable test will produce the same or highly similar results when administered repeatedly under the same conditions, assuming the trait being measured (e.g., strength or endurance) has not changed. A test must first be reliable before its scores can be considered valid; inconsistent measurements cannot be accurate measurements.

The incorrect option is (4): **Validity** is perhaps the most crucial criterion, as it refers to the degree to which a test measures what it claims to measure. For instance, a test intended to measure cardiovascular endurance must actually measure the capacity of the heart and lungs, not just leg strength. If a test is not valid, the resulting scores are meaningless for the intended purpose, regardless of how reliably or objectively they were obtained.