Answer:
Here are the list...
Explanation:
Community Colleges
Borough of Manhattan Community College
Bronx Community College
Guttman Community College
Hostos Community College
Kingsborough Community College
LaGuardia Community College
Queensborough Community College
4-Year Colleges
Baruch College
Brooklyn College
City College of New York
College of Staten Island
Hunter College
John Jay College of Criminal Justice
Lehman College
Medgar Evers College
New York City College of Technology
Queens College
York College
Honors College
CUNY William E. Macaulay Honors College
Graduate Colleges
CUNY Graduate Center
CUNY Graduate School of Journalism
CUNY School of Law
CUNY School of Medicine
CUNY School of Professional Studies
CUNY School of Public Health
State University of New York
Fashion Institute of Technology
SUNY College of Optometry
SUNY Downstate Medical Center
SUNY Empire State College (The Harry Van Arsdale Jr. Center for Labor Studies)
SUNY Maritime College
Check out on Wikipedia
Answer:
Winds, water density, and tides all drive ocean currents. Coastal and sea floor features influence their location, direction, and speed. Earth's rotation results in the Coriolis effect which also influences ocean currents.
Hello! Rome, Italy being located along those lines is an example of absolute location. It’s absolute location, because it shows the exact points of where the city is and the points don’t change.
Slowly, deep underground
The igneous rock gabbro is coarse grained and non-vesicular. Both characteristics show that it is an intrusive igneous rock. Intrusive igneous rocks are formed below Earth's surface and slowly (because they're underground). When rocks are intrusive, they are are non-vesicular (no air pockets) because the air has had the time to escape because of the slow cooling time period. Intrusive rocks are also coarse because crystals had the time to form in the rock during that longer cooling time.
Ps. extrusive igneous rocks form rapidly at Earth's surface and basically have tge opposite characteristics for the opposite reasons (ex: vesicular cause air had little time to escape)
Answer:
transform
Explanation:
Is part of a transform plate boundary that disrupts the topography of an old subduction zone
