Answer:
Tuvalu
Explanation:
it is a country located in Polynesia located with shores of the Pacific Ocean
Answer:
Option (1)
Explanation:
Hotspots are the regions where the magma rises towards the surface due to the presence of large mantle plumes. The force exerted by the magma here is very high. When the lithospheric plates move over these regions, the magma comes out to the surface forming volcanoes. And as the plates move away from the region of hotspot they eventually cool. These hots spots are fixed at a place. There are numerous hotspots on earth. for example, the Hawaiin island chain, below which there are regions of hotspots.
Thus, the hotspot regions are not associated with the plate boundaries.
Hence, the correct answer is option (1).
Answer:
hot spot
Explanation:
There are several different types of plate boundaries, and each boundary type comes with some specific physical geographic feature. The divergent plate plate boundaries have mid-ocean ridges if they are on the ocean floor, or they rifts if they are on land. The transform plate boundaries have faults. The convergent plate boundaries have trenches if they are between oceanic and continental plates, or mountain ranges if they are between two continental plates.
The hot spots though are something that is commonly associated with plate boundaries. The reason for this is that the hot spots can appear anywhere, so they can be near a plate boundary, but they can also be in the interior of an oceanic plate, or in the interior of a continental plate. The hot spots occur because of much more intense activity in the astenosphere, resulting in mantle plumes which manages to break through the crust with ease and manifest themselves on the surface.
No hypothesis test is 100% certain. Because the test is based on probabilities, there is always a chance of making an incorrect conclusion. When you do a hypothesis test, two types of errors are possible: type I and type II. The risks of these two errors are inversely related and determined by the level of significance and the power for the test. Therefore, you should determine which error has more severe consequences for your situation before you define their risks.Type I errorWhen the null hypothesis is true and you reject it, you make a type I error. The probability of making a type I error is α, which is the level of significance you set for your hypothesis test. An α of 0.05 indicates that you are willing to accept a 5% chance that you are wrong when you reject the null hypothesis. To lower this risk, you must use a lower value for α. However, using a lower value for alpha means that you will be less likely to detect a true difference if one really exists.Type II errorWhen the null hypothesis is false and you fail to reject it, you make a type II error. The probability of making a type II error is β, which depends on the power of the test. You can decrease your risk of committing a type II error by ensuring your test has enough power. You can do this by ensuring your sample size is large enough to detect a practical difference when one truly exists.
The answer would be B, because there was more opportunity outside of what was the current U.S. Also Manifest Destiny drove the people to move the desire of what they wanted and what they dream was on the outside of what they currently knew as their own.
