Answer: Cirques
Explanation:
Cirques are created when glaciers erode the mountainside, scouring into it and creating rounded hollows with steep uphill faces, shaped like tilted bowls. A cirque is often more visible after the glacier melts away and leaves the bowl-shaped landform behind.
the answer is c because I had it on one of my test and it was c
Answer:
One of the most widely used systems for classifying climate because it is easy to understand and data requirements are minimal is the: <u>Köppen climate classification system.</u>
The current rate at which Earth's temperature is increasing can be explained due to natural Earth processes. The answer is False
What PCC?pasadena city college?study abroad program is in the desert climate region? Lima, Peru.
<u>Climatology</u> is the study of the long-term state of the atmosphere.
Though a few scientists remain skeptical, there is a a growing consensus that the present day warming is real and <u>humans</u> are driving it.
Answer:
I think you mean "geometry" in the subject type.
Anyway the answer is biconditional statement
Answer:
Tsunami waves are very different from tidal waves. A tidal wave is by definition a wave caused by ocean tides, whereas a tsunami is almost always caused by an earthquake under water.
Tsunami waves are also very different from normal wind-generated waves, which many of us may have observed on a local lake or at a coastal beach. Observers of a tsunami will understand these waves are more like a fast moving tide crashing into the shoreline.
Normal ocean waves are caused by the wind, weather, tides, and currents, whereas tsunamis are powered by a geological force. Tsunami waves are surface gravity waves that are formed as the displaced water mass moves under the influence of gravity and radiate across the ocean like ripples on a pond. Regular wind waves only involve motion of the uppermost layer of the water, but tsunami waves involve movement of the entire water column from surface to seafloor.
Both common ocean waves and tsunami waves have a crest and a trough and can be described by their period (time between two successive waves), wavelength (horizontal distance between waves), speed and amplitude (wave height)
Explanation:
