Im going to go with Margin.
Sediments is most likely to be as a result of the interaction.
As wind and water are both weathering agents that cause the fragments of rocks to loosen,under the pull of gravity the fragments will fall off and sediments will be formed.
Reason why these are incorrect:
Lava and magma- Rocks has to be molten under an extremely high temperature to turn back into magma of lava,as the high
temperature is not present,the formation is impossible.
Metamorphic rock- It requires either high temperature or high pressure to lead to the formation of metamorphic rock, however the conditions are not present, thus this is incorrect.
Details of weathering:
The water would seep into the joints of the igneous rock as it is well-jointed,and carry out chemical weathering.
The materials such as feldspar and mica are nit weather-resistance hence easily loosen after weathering take place,causing the fragments to fall off.
Hope it helps!
Answer: D. both A and B
Explanation:
Earth is the only planet that is capable of supporting life as we know it due to the presence of temperature, oxygen, an atmosphere and energy.
All the above contribute in the following ways;
- Atmosphere - The atmosphere is sort of like a protective barrier around earth. It destroys a lot of foreign objects that fall on earth and traps the sun's rays such that we keep us adequately warm. It also contains both oxygen and carbon dioxide which living things rely on.
- Energy - The presence of energy sources on Earth enables us to be able to survive. Energy sources like fire, water, and solar enable us to do things such as cooking and electricity generation, that ensure our survival.
- Nutrients - The nutrients available on Earth ensure that living things can grow and survive.
- Temperature - A very important factor, Earth has the right amount of temperature necessary for the proliferation of life. It is not too cold that living things are unable to metabolize food and freeze and is not too hot that life cannot survive.
fracture zones allow old, oceanic crust to be subducted by continental crust.
The study of the location of fracture zones has provided evidence to support the theory of plate tectonics because <span>fracture zones are the zones where new oceanic crust is formed, allowing old oceanic crust to be subducted by continental crust, thus creating a circle in the crust that is a piece of evidence in support of the theory of plate tectonics. </span>
