Answer:
1) Growth Pattern
2) Conical Shape
3) Needle-shaped leaves
4) Pine needles
5) Waxy coating
6) Chemicals
7) Dark-colored needles
8) Thick bark
9) Ever growing roots
10) Small surface area of pine needles
Explanation:
Pinus plants are coniferous plants that are evergreen and long lived. They are usually found in the Northern Hemisphere and few parts of the Southern Hemisphere. Their adaptations include;
1) Growth Pattern: Pinus plants grow very closely to each other, creating a dense setting that helps to preserve warmth.
2) Conical Shape: Their conical shape helps them shed off snow and helps them produce enough food through photosynthesis by staying green all year.
3) Needle-shaped leaves: This helps reduce moisture loss.
4) Pine needles: This reduces moisture loss through transpiration.
5) Waxy coating: The waxy coating of their pine needles protect them from harsh weather like drying winds. It also protects them from sap that cause may freeze.
6) Chemicals: The chemicals present prevent wildlife from eating them.
7) Dark-colored needles: This helps them absorb heat from the sun
8) Thick bark: Protects against cold
9) Ever growing roots: Their roots do not stop growing even in winter so there is always moist and nutrients.
10) Small surface area of pine needles: Their small surface area helps in moisture retention.
I believe it is phosphate.
5. B) isotonic
6. D) Repressor
7. B) These statements are expressions of the 1st and 2nd energy laws
8. A) making multiple identical copies of small amounts of DNA
9. B) XY (not sure to be honest)
10. C) chlorophylls a and b reflect green light
11. C) amino acids
12. C) a double layer of phospholipids
13. A) a gene located at two different positions on the same chromosome
14. C) proteins
15 - 18 i dont know maybe 18 is A and 16 I C i think the others im not sure.
19. A) an act
20. C) a karyotype
Answer:
The biosphere distributes water through the hydrological cycle that results from evaporation and perspiration.
Explanation:
The biosphere is the entire known ecosystem, which is formed by all organisms and living beings on the planet. The biosphere is known as the place where life is born; it is characterized by its evolution.
In the biosphere, the distribution of water is through the hydrological cycle in which it has a circular development, where water only moves from one place to another, in the same state or different physical states.
The cycle begins with the water falling into the biosphere; it is absorbed by plants, who need it to perform photosynthesis; in the process, the water passes to a vapor state. It is elevated to the troposphere where it condenses in clouds and finally falls to the biosphere in solid-state, and the cycle is repeated.
When the water fall to the surface, it can remain in it in a liquid state in a larger body of water, such as a river or a lake, or be absorbed by a living being. Still, the process will always end in its evaporation, condensation, and fall.
<em>I hope this information can help you.</em>