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Brums [2.3K]
2 years ago
3

Cells obtain energy by either capturing light energy through photosynthesis or by breaking down carbohydrates through cellular r

espiration. In both photosynthesis and cellular respiration, the energy is ultimately derived from the Sun in a
HELP
Biology
2 answers:
Elina [12.6K]2 years ago
7 0

Answer: The correct answer is- The energy is ultimately derived from sun in a form of photons.

Explanation-

Photon is a visible light particle that is absorbed by green plants and algae in a process called photosynthesis. It is used to synthesize food that is a carbohydrate ( glucose), which is utilised for various processes.

The food synthesized through photosynthesis is consumed by heterotrophs ( like human beings) and it is used to derive energy through a process called cellular respiration ( glucose is metabolized to derive energy in the form of ATP).

Thus, in both plants and animals, the ultimate source of energy is sun.



Veronika [31]2 years ago
3 0

The plant captures light energy and releases oxygen, which is eventually consumed in cellular respiration. Thus, the sun is the ultimate source in both the reaction. The energy is ultimately derived from the sun; this process is generally termed as a one-way process.

Further Explanation:

Photosynthesis in plants and other photosynthetic organisms is dependent on the sunlight and the other components. The plants utilize solar energy during the process of synthesizing their food along with water and other environmental factors. This energy is converted into chemical energy and stored in the plants as their biomass. Photosynthesis can be carried out by the organisms that possess the mechanism to prepare their food. This process requires trapping sunlight and using atmospheric carbon dioxide and converting them into organic nutrients.

6\text{CO}_2+6\text{H}_2\text{O}\rightarrow\text{C}_6\text{H}_{12}\text{O}_6+\text{6O}_2+\text{ATP}

Cellular respiration is a chemical process by which energy is produced in the form of ATP (adenosine triphosphate). They use oxygen, which is released during photosynthesis. Thus, in both reactions, the sun is the major source, though the energy resulting from the sun is a one-way process.

\text{C}_6\text{H}_{12}\text{O}_6+\text{6O}_2\rightarrow6\text{CO}_2+6\text{H}_2\text{O}+\text{ATP}

Learn more:

  • Learn more about carbohydrate monomer brainly.com/question/6947177
  • Learn more about core muscle stabilization brainly.com/question/1231927
  • Learn more about energy storagehttps://brainly.com/question/523624

Answer Details:

Grade: High School

Subject: Biology

Topic: Respiration

Keywords:

Cellular respiration, photosynthesis, sun, one-way, process, energy, derived, produced, chemical process, trapping, sunlight, plant, carbon

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The correct answer is C: <em>0.60 </em><em>A1</em> and <em>0.40 A2</em> will be the allele frequencies in those progeny when they reach reproductive age

Explanation:

<em>Genotype</em>                                <u><em>A1A1 </em></u><em>  </em><u><em>A1A2</em></u><em> </em><u><em>A2A2 </em></u>

<em>Relative aptitude, w</em>                  1           0.5    0.5

<em>Number of individuals</em>                 40            40     40

<em>Initial allelic frequency</em>      p0= (40+20)/120=0.5    q0= (40+20)/120=0.5

<em>Zygote frequency</em>                  p2= 0.25 2pq=0.25 q2=0.625

<em>Relative contribution</em>         0.25x1=0.25     0.5x0.5=0.25 0.25x0.5=0.125

<em>of each genotype</em>              

<em>Average aptitude W</em>              W= 0.025 + 0.25 + 0.125 = 0.625

<em>Population</em>                    AA= 0.25/0.625    AB=0.25/0.625  BB=0.125/0.625

<em>Genotype frequency</em>             AA= 0.4             AB=0.4          BB=0.2  

<em>New Allelic frequency</em>       p1=0.4+(0.4/2)=0.6   q1=0.2+(0.4/2)=0.4

  • <em>Total number of individuals</em>: 120
  • <em>Initial allelic frequency</em>:

                  (number of homozygote individuals + half number of  

                   heterozygote individuals) / Total number of individuals

  • <em>Relative contribution of each genotype</em>:

                           Zygote frequency x Relative aptitude

  • <em>Average aptitude W</em>: It is the sum of relative contribution of each genotype to the next generation.  

                    wA1A1 x p2 + WA1A2 x 2 x p x q + WA2A2 x q2

  • <em>Population Genotype frequency</em>:

                Relative contribution of each genotype / Average aptitude

  • <em>Allelic frequency</em>:

                      Homozygote population genotype frequency +  half  

                           heterozygote population genotype frequency

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