Answer and Explanation:
Sustainability is feasible with enhancements in innovation. Current advances make it conceivable to run feasible businesses, yet these are monetarily unfeasible because of our enormous vitality needs.The proficiency of current innovations in changing over vitality to progressively usable structures for example sun powered, wind,tidal and so forth are likewise low, mostly because of innovative boundaries, making huge scale maintainability unachievable,despite the accessibility of enough crude vitality to suit human needs. Consequently, we have the crude vitality lying around, we should simply change over it to a usable structure. Therefore, levels of progress at littler scales just as the nearness of crude vitality for enormous scale support ability are two reasons why manageability is reachable
As referenced above,the primary hindrance to accomplishing supportability is an absence of innovation to understand this. Another significant obstruction is the tremendous populace. A higher populace requests higher vitality, consequently, considerably more vitality should be delivered. At lower levels, manageability is all the more effectively come to even with our current innovative head ways. With a lower populace, while we may not accomplish manageability completely, we could at present bear to utilize assets in a progressively controlled way, and not deplete our current stores at a disturbing rate while we anticipate advancements in economical innovations.
One more boundary is our monetary framework which rewards snappy and quick generation over maintainable development, in this manner organizations will in general center around amplifying benefits instead of accomplishing supportability.
Answer:
No, of course.
Explanation:
By definition, this is not possible. You can maybe feel the larger mass body hotter, but it only produces the heat better than the smaller mass body.
You may think the large body produces more heat because the surface of the body is bigger. But, as the question says, both bodies have the same temperature, so it's impossible that one is hotter than the other.
Answer:
510
Explanation:
Recurrence interval involves the average estimated time or average spacing between events. It helps to estimate the time probability of an event taking place.
Calculating the recurrence interval we have:
![[(820 - 260) + (1200 - 820) + (2100 - 1200) + (2300 - 2100)] / 4](https://tex.z-dn.net/?f=%20%5B%28820%20-%20260%29%20%2B%20%281200%20-%20820%29%20%2B%20%282100%20-%201200%29%20%2B%20%282300%20-%202100%29%5D%20%2F%204%20)
After the calculations, the recurrence interval of the earthquake that caused the disruption is 510 years.
<span>Because the divergent plate takes place in the middle of the ocean, halfway between the continents.
Hope this helps !
Photon</span>
Answer:
They felt taxation without representation was unfair.
Explanation:
