<u>Answer:</u>
Considering the example of Japan, it can be justified that both the primary and the secondary impacts of tectonic hazard cause the most damage.
<u>Explanation:
</u>
- Any tectonic activity of considerable magnitude generates tremors and causes earthquakes and related phenomenons.
- Japan has consistently been subject to the secondary impacts of such tectonic hazards like earthquakes and tsunamis.
- The areas close to the coasts of Japan are tectonically active making Japan vulnerable to its aftermaths.
- Moreover, Japan also has some dormant volcanoes which are a result of tectonic activity.
It is classified as a meteorite.
I dont know lol I think vast weather changes such as global warming may cause extinction to species or adaptation to heat. But it depends solely on the lifeform
V shaped contour line pointing downhill indicate a ridge line, while the ones pointing uphill indicate a water flow.
Explanation:
The contour lines are one of the basic and most important elements on the maps. While in general they are associated with representing the elevation, they actually tell much more about the topography of a place. In a typical contour line, it is relatively common that the V shape occurs at particular places.
The V shape can be pointed downhill or uphill. The ones that point downhill are indicators of a ridge line, thus they show us the ridge more easily, so we can orientate better and have better representation of the area. The ones that point uphill, on the other hand, are indicators that there is a water flow, or there was a water flow. The rivers and streams with their erosive power manage to create such shapes in the relief, if viewed from above. The opening on the V is from where the water flows down.
Some of the types of contour lines are:
- isopleths
- isohyets
- isobars
- isobaths
- isoterms
- isonephs
Learn more about isoterms brainly.com/question/11775811
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The type of metamorphism that is most likely to occur along the fault line is : Dynamic Metamorphism
The dynamic metamorphism usually produced by mechanical forces that will create rocks deformation through strains
hope this helps