Which type of energy drives the water cycle?a. solar
b. wind
c. geothermal
d. nuclear

Answers

Answer 1
Answer:

The type of energy that drives the water cycle is solar energy. Solar energy from the sun is the primary driving force behind the water cycle.

The correct option is A

The sun's heat provides the energy required for the processes of evaporation, condensation, and precipitation, which are the key components of the water cycle.

When the sun's energy reaches the Earth's surface, it heats up bodies of water, causing water molecules to gain enough energy to evaporate and enter the atmosphere as water vapor. This process is known as evaporation. As the water vapor rises and cools, it undergoes condensation, forming clouds. Eventually, the condensed water droplets combine and fall back to the Earth's surface as precipitation, which includes rain, snow, sleet, or hail.

Hence, A is the correct option

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Answer 2
Answer: Hey!
The water cycle is driven by solar energy, see solar energy is what makes water evaporate, which needs to happen for precipitation to happen, and precipitation reaches earth in hail, snow, or rain which will run-off into oceans and evaporate or just eventually evaporate.
So, yes, solar.

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What is the purpose of homeostasis?

Compare and contrast the various adaptations of aquatic and desert plants?

Answers

Desert plants will have very long roots to reach water. Aquatic plants may be able to float to collect water or have sturdy roots to hold them in place.

Answer:

Explanation:

Some deserts plants such as cacti are adapted to store water and some grow long roots to absorb water from deep below the surface. Deserts plantsgenerally do not have leaves. 1. water plants have water but desert plants have less water.

Treadmiling contributes to actin based motility

Answers

La actina es una familia de proteínas globulares que forman los microfilamentos, uno de los tres componentes fundamentales del citoesqueleto de las células de los organismos eucariotas (también denominados eucariontes). Puede encontrarse comomonómero en forma libre, denominada actina G, o como parte de polímeros lineales denominados microfilamentos o actina F, que son esenciales para funciones celulares tan importantes como la movilidad y la contracción de la célula durante la división celular.

De la importancia capital de la actina da cuenta el hecho de que en el contenido proteico de una célula supone siempre un elevado porcentaje y que su secuencia está muy conservada, es decir, que ha cambiado muy poco a lo largo de la evolución.2 3Por ambas razones se puede decir que su estructura ha sido optimizada. Sobre ésta se pueden destacar dos rasgos peculiares: es una enzima que hidroliza ATP, la "moneda universal de la energía" de los procesos biológicos, haciéndolo muy lentamente. Pero al mismo tiempo necesita de esa molécula para mantener su integridad estructural. Adquiere su forma eficaz en un proceso de plegamiento casi dedicado. Además es la que establece más interacciones con otras proteínas de cuantas se conocen, lo que le permite desempeñar las más variadas funciones que alcanzan a casi todos los aspectos de la vida celular. La miosina es un ejemplo de proteína que une actina. Otro ejemplo es la vilina, que puede entrelazar la actina en haces o bien cortar los filamentos de actina, dependiendo de la concentración de catión calcio en su entorno.4

Which takes up more space, the dorsal or ventral cavity?

Answers

Answer:

ventral

Explanation:

The dorsal takes more space

Who first identified nucleic acids, and where were they discovered

Answers

The first person to identify nucleic acids was a Swiss scientist Named (Johannes) Friedrick Miesher. The year was 1869. Nucleic acid was identified for the fist time.

If the question was about which part of the body it was discovered in it was in the blood cells

Lichens, represented by this symbiotic relationship, are responsible for _____________ or the establishment of a new site for plant growth.

Answers

the answer is primary succession 

Answer:

Primary Succession

Explanation:

When the concentration of dissolved particles is the same throughout a solution, the system is said to be in ____a Hypertonic
b Hypotonic
c turgor pressure
d homeostatsis

Answers

The answer is D. homeostasis