The larger particles (boulders, etc.) not broken down during transport in the glacier because of the slow speed of glacier and abrasion.
Explanation:
When a mountain glacier start moving from mountain towards valley it creates some sorts of landforms by following some methods like abrasion, attrition etc. Moraine formed as a depositional land form in front, back, parallel and side pf a glacier. It refers to the accumulation of sediments ranging from large boulders to small particles at the front or at the end of a glacier.
The large boulders do not break down in smaller partcles as the followed the process of abrasion where friction takes place between glacier and its valley floor. Unless and untill the collision between two large boulders occur the boulders would not broke down.
Sedimentary rocks are the result of igneous rocks breaking down.
This is a slow process so therefore there is not as much broken down as there is not broken down.
please mark brainlest
Answer:
160 degrees
Explanation:
The latitudes are measured in degrees. The basis on which the measuring takes place are the parallels, which are lines parallel to each other, going both north and south of the Equator, up to the North Pole and down to the South Pole.
There are 180 degrees of latitude in total, but they are divided into 90 degrees North, and 90 degrees South.
If we move directly south from the North Pole, and reach the 70 degrees North mark, it means that we have passed 20 degrees from the North Pole to that particular place. In order to get to the Equator we have 70 more degrees to pass, and to reach the South Pole, 90 more degrees from the Equator. 70 degrees to the Equator plus 90 degrees south from the Equator makes 160 degrees, which is the amount of degrees we'll need to pass to reach the South Pole.
Answer:
B
Explanation:
Summer, because the sun is closer to the northern hemisphere, therefore making it warmer
Mediterranean climate, major climate type of the Köppen classification characterized by hot, dry summers and cool, wet winters and located between about 30° and 45° latitude north and south of the Equator and on the western sides of the continents.
