Seems like lately there have been a lot of Marines getting attrited (or coming pretty close) from API. I have no idea why but I wanted to let people know that while API is itself not hard, you actually do have to study while you are there. The tests are not like the tests you see at OCS/TBS where it might look something like this:
The birthdate of the Marine Corps is:
a) 4 July 1976
b) 10 Nov 1776
c) 10 Nov 1775
d) 800m area target, 550m point target
API questions look a little more like this:
What atmospheric conditions would provide the greatest air density?
a) Hot temperature, low static pressure, low humidity
b) Hot temperature, low static pressure, high humidity
c) Cold temperature, low static pressure, high humidity
d) Cold temperature, high static pressure, low humidity
or this:
According to the continuity equation for incompressible airflow, what is the relationship between area, airflow velocity and mass airflow?
a) Airflow velocity increases as stream tube area increases, to maintain a constant mass airflow
b) Airflow velocity increases as stream tube area decreases, to maintain a constant mass airflow
c) Airflow velocity remains constant as stream tube area decreases, to maintain a constant mass airflow
d) Airflow velocity decreases as stream tube area decreases, to maintain a constant mass airflow
For anybody who hasn't yet started API, don't sweat. Those questions might look hard but they aren't. It's explained in class and with a little studying you can remember it long enough to get it right on the test.
The birthdate of the Marine Corps is:
a) 4 July 1976
b) 10 Nov 1776
c) 10 Nov 1775
d) 800m area target, 550m point target
API questions look a little more like this:
What atmospheric conditions would provide the greatest air density?
a) Hot temperature, low static pressure, low humidity
b) Hot temperature, low static pressure, high humidity
c) Cold temperature, low static pressure, high humidity
d) Cold temperature, high static pressure, low humidity
or this:
According to the continuity equation for incompressible airflow, what is the relationship between area, airflow velocity and mass airflow?
a) Airflow velocity increases as stream tube area increases, to maintain a constant mass airflow
b) Airflow velocity increases as stream tube area decreases, to maintain a constant mass airflow
c) Airflow velocity remains constant as stream tube area decreases, to maintain a constant mass airflow
d) Airflow velocity decreases as stream tube area decreases, to maintain a constant mass airflow
For anybody who hasn't yet started API, don't sweat. Those questions might look hard but they aren't. It's explained in class and with a little studying you can remember it long enough to get it right on the test.