Answer:
Water from rivers erodes the banks, the ice breaks up rocks, intense rainfall causes mass wasting, water from rainfall flows as runoff and creates ripples.
Explanation:
Earth has several spheres, all of which have their own unique characteristics that define them as such. Despite all of them being very different from each other, they can not exist in the form they are if there is no interaction with the other spheres, thus all of the spheres are interconnected and they depend on one another.
Two of those hydrospheres are the hydrosphere and geosphere, and they interact in many different ways. When there is rainfall, the water that ends on land flows as runoff until it reaches a water body, and while it does so it manages to create ripples in the ground. If there is intense rainfall in an area where there is steep and unstable terrain, it can easily cause mass wasting by oversaturating the soil with water. The water that flows in the rivers with its power is constantly eroding the banks. If water freezes and turns to ice because its volume becomes greater, it is able to break up rocks with the pressure it creates on them.
Answer:
A). Continental volcanic arc
Explanation:
As per the question, the phrase '<u>continental volcanic arc' does not fit the pattern</u> as it is 'formed through the reduction of the oceanic plate under the continental plate.' While the other three 'continental rise,' 'continental slope,' and 'continental shelf' together contribute to make the 'continental margin.' It is the area that covers the boundary of the continental crust that contains mostly floating materials with three different portions with distinct depths at the verge of the rise, slope, and shelf levels. Thus, <u>option A</u> is the correct answer.
Indeed it was. So, yes, it's true.
The answer is <span>A) polluted beaches. it will ruin the beaches </span>
D. high and low levels of silica in the different type of lava.
Explanation:
The volcanoes have different types of explosions. Some tend to be highly explosive, some less explosive, some don't have explosions at all, while some have combinations of different eruptions. The reason for this diversity in the eruption types is mostly the composition of the magma, or rather how high is the silica content in it.
Basically, the higher the silica level in the magma the higher the explosiveness, and the lower the silica level the lower the chances of explosiveness. This is the case because the higher amount of silica makes the magma thicker, so the gasses are trapped and they explode, while when the lower silica content makes the magma less thick, so the gasses are not trapped and explosions are lacking.
