Fades into outer space
No clear upper boundary
Not all scientists agree that it is part of atmosphere
The phrases above are describing <u>B) exosphere layer of our atmosphere</u>
Explanation:
- The exosphere is the uppermost region of Earth's atmosphere as it gradually fades into the vacuum of space.
- Air in the exosphere is extremely thin - in many ways it is almost the same as the airless void of outer space.
- The exosphere is perfect for placing satellites as there is very little friction and they are able to orbit fairly easily without being disrupted. Most of the molecules that exist in the exosphere end up being pulled back into earth's lower atmospheric levels by gravity.
- The air in the exosphere is very thin, and is made up mostly of helium, and hydrogen.
- Traces of other gases such as atomic oxygen and carbon dioxide can also be found. The upper level of the exosphere is the farthest point from earth that is still affected by earth's gravity.
- The exosphere is an important atmospheric layer as it functions as a transition zone between the earth's atmosphere and outer space
- It is the layer in which we can find artificial satellites that carry out constant studies of the earth and outer space. It also acts as a transit zone towards outer space.
Answer:
Mutualism
Explanation:
To find - A flowering yucca plant and a yucca moth have a relationship. The adult female moth lays eggs in the plant, and the young moths eat some of the plant seeds when they first hatch. The rest of the seeds are pushed out of the plant by the young moths, which helps them land in the soil and grow into new plants. This relationship is best described as ...?
Solution -
The relationship is best described as Mutualism
Because the recently hatched moths are pushing the seeds and helping the yucca plant population to expand.
Answer:
B everthing else is phisical
Explanation:
Answer:
For our bodies the conversion from food energy to ATP happens in mitochondria. If your mitochondria are not working properly then you are less able to convert food into ATP. For cells that require a lot of ATP, for example your muscles, this is a problem and they may become weaker and get tired faster.
Explanation: