To show accurate relationships between types of organisms and to group them into linnaean categories <span />
Answer: (C) A hot spot
Explanation:
A hot spot is created in the volcanic peaks and it is basically developed over the plume. The mantle plumes are the areas of the up-welling and the hot mantle areas. Magma created by the problem area ascends through the unbending plates in the lithosphere layer.
It produces the dynamic volcano at the surface of the earth. In the mantle area, the hot spot are generated in which the rocks are get melted for generating the magma. The hot spot generated the heat are basically comes from the middle of the earth.
The process that is responsible for the production of the glucose that contributes the carbon that is essential for the formation of amino acids in plants is: photosynthesis.
<h3>What is Photosynthesis?</h3>
Photosynthesis can be described as the process in plants where sunlight, water, and carbon dioxide to synthesize or produce energy in the form of glucose and gives off oxygen as a by-product. Chlorophyll in plants is enables this process also.
For example, green plants which are called photoautotrophs synthesize glucose from carbon dioxide, light energy, and water.
There are two processes that contribute to the formation of amino acids in plants. They are:
Nitrate absorption: this produces the nitrogen needed in forming amino acids in plants.
Photosynthesis: this produces the carbon from glucose which is essential in the formation of amino acids.
In conclusion, the process that is responsible for the production of the glucose that contributes the carbon that is essential for the formation of amino acids in plants is: photosynthesis.
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Answer:
he larger the crystals and the more mafic the composition
Explanation:
Temperature at which minerals crystallize can determine the nature of composition of the rock and the crystal sizes.
- When a magma crystallizes at high temperature, the mineral grains have enough time to aggregate around a nuclei.
- This makes the sizes big.
- Mafic minerals are know to crystallize at high temperatures.
- Felsic minerals differentiate at low temperatures.