The correct answer for the question that is being presented above is this one:
1. have longer lifetimes (Low-Mass)
<span>2. the sun is an example (Low-Mass) </span>
<span>3. final corpse is a white dwarf (Low-Mass)</span>
<span>4. have high fusion rate during main sequence life (High-Mass)</span>
<span>5. late in life fuse carbon into heavier elements (High-Mass)</span>
<span>6. end life as a supernova (High-Mass)</span>
7. end life as a planetary nebula (Low-Mass)
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.
Answer:
D. the Amazon River
Explanation:
The Amazon River is officially the second longest river in the world, though there are some people that suggest that it is actually the longest one. This river though is the one that has by far the largest amount of water compared to any other river. The Amazon River is located in South America, and it forms the Amazon Basin where the largest tropical rainforest in the world is located, the Amazon rainforest. This river runs roughly in west-east direction, starting from the eastern slopes of the Andes and ending up in the Atlantic Ocean, with the majority of its flow being through the largest South American country, Brazil.
The first one is D. And the second is B.
