Again, the ASVAB is a wide-ranging exam covering many different areas. The designers of ASVAB practice tests, at least the high quality ones, know this and have spent time researching past tests to come up with practice tests that feature questions covering areas commonly tested for on the real exam. Thus, taking practice tests is a great way to focus on the material that matters most and avoid wasting your time studying content that likely won’t be on the test.

The scores from the other tests are used to determine what type of specialty you might be best suited for. These "composite" scores (also known as line scores, MOS scores, or aptitude area scores) are calculated by adding together combinations of the different sub test standard scores. These composite scores are then used to determine which different military jobs (aka Military Occupational Specialties or MOS) may be the best fit for you. Each branch of the military will have their own approach to these composite scores.

**The ASVAB Career Exploration Program (CEP) , takes approximately three hours, covers eight subjects and is composed of 200 questions. The ASVAB CEP is currently a pen and paper test. If it is offered by their school, high school students can take the ASVAB CEP test in grades 10, 11 and 12. They can only take it at the high school they attend, unless special arrangements are made.**

**The MET (Mobile Examination Test) Site ASVAB is only for those who have been referred by a recruiter to take the exam because it is only for enlistment into one of the branches of the military. This exam is broken up into 8 parts and is very similar to the CAT-ASVAB. The primary difference here is that the MET Site ASVAB is conducted with a pencil and paper rather than on the computer. This means that the answers to the MET ASVAB can be changed, but the test is still timed, so it is a good idea to keep track of the time while testing. Also, test takers for the MET ASVAB are not penalized for wrong answers, so always guess and respond to all of the questions in order to maximize your chances for scoring well on the exam.**

**ASVAB stands for Armed Services Vocational Aptitude Battery. It is a test that was originally established in 1968 to measure and predict the success of an applicant in various academic and occupational pursuits in the military. High school and post-secondary students and adults take the test more than one million times each year. If you’re interested in joining the military, or if you already have and would like to take a sample test, simply navigate through the ten practice test sections and take whichever tests you’d like as often as you’d like.**

*Law prohibits applicants in Category V from enlisting.[6] In addition, there are constraints placed on Category IV recruits; recruits in Category IV must be high school diploma graduates but cannot be denied enlistment solely on this criteria if the recruit is needed to satisfy established strength requirements. Furthermore, the law constrains the percentage of accessions who can fall between Categories IV-V (currently, the limit is 20% of all persons originally enlisted in a given armed force in a given fiscal year).[6]*

**The percentages of FY 1999 active duty NPS accessions in each AFQT category are shown in Table 2.8. The percentage of recruits in Categories I and II was approximately the same as their civilian counterparts (males - 39 versus 39 percent; females - 34 versus 33 percent). Category III accessions greatly exceeded civilian proportions (males - 61 versus 30 percent; females - 66 versus 37 percent), while the percentage of recruits in Category IV was much lower than in the civilian population (males - 1 percent versus 20 percent; females - less than 1 percent versus 22 percent). The low percentage of Category IV recruits is, in part, a result of DoD limits of 4 percent Category IV recruits, with even lower Service limits. Ten percent of civilian males and 9 percent of civilian females scored in Category V; DoD allows no Category V recruits.**

**Mathematics Knowledge tests the ability to solve problems by applying knowledge of mathematical concepts and applications. The problems focus on concepts and algorithms, and involve number theory, numeration, algebraic operations and equations, geometry, measurement and probability. Mathematics Knowledge is one factor that characterizes mathematics comprehension; it also assesses logical thinking.**