Further studies of the validity of components of the U.S. Naval Postgraduate School test
Mollenkopf, William G.
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The U.S. Naval Postgraduate School Test, Form ZNP, was the out come of a three-year research program carried out by Educational Testing Service for the Naval Postgraduate School. During this three-year period, three experimental batteries were developed and tried out at the School, with subsequent validation against criteria of academic success. The operational test consists of Mathematics Aptitude, Advanced Mathematics, Physical Science and Engineering, Interpretation of Scientific Data, and Experimental Science sections. This report presents further information on the effectiveness of these sections for predicting success at the School, based on further validation of tests given in 1949 and 1950 which correspond to the sections of Form ZNP. (No direct validation of scores on Form ZNP is as yet possible, since at this date officers selected through its use have not yet entered the School.) Two main outcomes of the study are (l) for the most par results corroborate earlier findings as to test validity; and (2) the effective ness of the tests given "in the fleet" in the fall of 1949 was considerably lower than when the same tests were given at the School.
Research Bulletin Series RB-52-8
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Mollenkopf, William G. (Princeton, New Jersey; Educational Testing Service, 1953-06);This report presents the first direct evidence on the validity of the Naval Postgraduate School Test Form ZNP. For student officers tested in its first operational use in the fall of 1951 who subsequently entered the ...
Mollenkopf, William G. (Princeton, New Jersey; Educational Testing Service, 1951-07);During a three-year period the Educational Testing Service has carried on a research program for the U.S. Naval Postgraduate School for the purpose of developing a test to be used as part of the means of selecting ...
The production of Be(7), C(11), N(13), or O(15) from carbon, nitrogen and oxygen by 87-mev electrons. Higgins, Robert Martin (Monterey, California. U.S. Naval Postgraduate School, 1969);Targets of graphite, melamine and water were bombarded with 87- MeV electrons from the Naval Postgraduate School linear accelerator in order to investigate the production of the unstable nuclei Be(7) , C(11) , N(13) , ...