Answer:
the fourth one
Explanation:
its the most reasonable one, without the predators hunting the number of preys would overpopulate, sorry if im too late
The answer to the question is true
Explanation:
Serpentine
- Formation: it forms through serpentinization, a geological low-temperature metamorphic process where low-silica mafic and ultramafic rocks are oxidized and hydrolyzed with water into serpentinite.
- Characteristics: rich in magnesium and water, light to dark green, greasy-looking and slippery feeling. It can resist the transfer of heat. A source of asbestos, architectural stone, ornamental stone, gem material
- Minerals present: it follows the formula (X)2-3(Y)2O5(OH)4 where X can be magnesium, iron, nickel, aluminum, zinc, or manganese; and, Y will be silicon, aluminum, or iron.
Green Schist
- Formation: they form by regional metamorphism of mafic igneous rocks through depth of burial, and proximity to batholiths.
- Characteristics: The green is due to abundant green chlorite
- Minerals present: actinolite and epidote mainly, but they can also include quartz, orthoclase, talc, carbonate minerals, and amphibole.
Basalt Pillow
- Formation: it forms when lava of basaltic compositions erupted underwater. The rapid cooling of the lava forms the pillow-shaped bodies.
- Characteristics: they are volcanic igneous rocks, very dark, almost black color.
- Minerals present: Basalt has a lower percentage of silica and a higher percentage of iron and magnesium than other volcanic rocks.
Umber
- Formation: it develops in Cyprus massive sulfide deposits.
- Characteristics: is not one precise color, but a range of different colors, from medium to dark, from yellowish to reddish to grayish depending on the iron oxide and manganese in the clay
- Minerals present: contains iron oxide and manganese oxide and sulfide precipitates like pyrite.
I hope you find this information useful and interesting! Good luck!
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.
Learn more about photosynthesis on:
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