MAT scores are normally distributed with a mean of 400 and a standard deviation of 25.
z = (468-400)/25 = 2.72
Pr { N <= 2.72 } ~= 0.9967
IOW, percentile is about 99.67.
75
88.49% 430-400 =30 30/25 = 1.2 Z score pf 1.2 = .8849
45.2% 397-400 = -3 -3/25 - -.12 Standard Deviations (MAT has a Std Dev of 25) Cumulative area for a Z score of -.12 is .4522
A 403 on the Millers Analogies Test MAT is a 45.2 percent. This is calculated by the flowing: 375-405 scores are -3, -3/25 - -.12 Standard Deviations, since the MAT has a STD Dev of 25. The cumulative area for a Z score of -.12 is .4522
68% 412-400 =12 12/25 =.48 Z score of .48 = .6843 Cumulative area under scale.
75
88.49% 430-400 =30 30/25 = 1.2 Z score pf 1.2 = .8849
45.2% 397-400 = -3 -3/25 - -.12 Standard Deviations (MAT has a Std Dev of 25) Cumulative area for a Z score of -.12 is .4522
A 403 on the Millers Analogies Test MAT is a 45.2 percent. This is calculated by the flowing: 375-405 scores are -3, -3/25 - -.12 Standard Deviations, since the MAT has a STD Dev of 25. The cumulative area for a Z score of -.12 is .4522
mean: 400std deviation: 25z-score = ( 380 - 400 ) / 25 = -0.8The probability of getting a score lower than this is about 21.1%. Or, in other words, about 78.8% score higher.Please see the link.
How can you get the percentile norm of a given test score?
68% 412-400 =12 12/25 =.48 Z score of .48 = .6843 Cumulative area under scale.
mah mat composite score is 432 wat is mah percentile?
It wouldn't equate to a percentile because the maximum score on this test is 600.
The top percentile is 100. It represents the maximum score.
75th percentile.
Around the 62nd percentile.