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3 years ago

An important similarity between photosynthesis and cellular respiration is that both processes??

Biology

2 answers:

LuckyWell [14K]3 years ago

9 0

If you choices are the following;

a. use and store O2.

b. use and make ATP.

c. store energy in glucose.

d. release energy from glucose.

The answer would be b. use and make ATP.

Both processes use and make ATP but the way they do this are reversed. In cellular respiration, ATP is made by breaking down complex molecules. Photosynthesis on the other hand uses ATP to produce complex molecules.

NeTakaya3 years ago

3 0

An important similarity between photosynthesis and cellular respiration is that both processes involve a chemical reaction where an energy source is taken and transformed into a resultant product. The two are also processes reliant on each other, in that the oxygen produced as a result of photosynthesis is then taken and transformed into the necessary reactant for cellular respiration, the waste product of which is carbon dioxide, the necessary reactant for photosynthesis. Although the two processes are the reverse of each other, the processes themselves are essentially doing the same thing. Hope this answers your question!

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What is the first way in which biology researchers present the results of their latest research?

Inga [223]

Generally people would say that the result are published in journals, and it is true that Journals are often the first opportunity for many people to read about those results.

However, it takes a long time to publish in a journal, and people often present their results to a smaller audience at a conference before the journal is ready.

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3 years ago

A skateboard with unbalanced forces. A bicycle with balanced forces

Tcecarenko [31]

Answer:

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3 years ago

You are sorting cards with pictures of organisms and their descriptions into groups. You would place the card with an osprey and

NikAS [45]

Answer:

The osprey card and its description should be placed in the heterotrophs group.

Explanation:

Organisms that can synthesize inorganic substances, such as light, and turn it into food according to their own needs are producers, and they are called autotrophic organisms. These organisms are by excellence all plants, that photosynthesize. Organisms that are incapable of producing their food are called heterotrophic organisms. They depend on other organisms from the trophic chain such as plants or other animals to feed on, so they can get proteins and energy.

In the trophic chain, heterotrophic organisms occupy the first, second or third consumer level, after producers.

There are different types of heterotrophic animals: carnivorous, herbivorous, omnivorous, hematophagous, ichthyophagous, and etcetera. All of them depend on autotrophic organisms.

4 0

3 years ago

g In the mid-1800s, overhunting of Northern Elephant Seals reduced their population size to fewer than 40 individuals. However,

Svet_ta [14]

Answer:

In the mid-1800s, over-hunting of Northern Elephant Seals reduced their population size to fewer than 40 individuals. However, the population has since rebounded to over 100,000 animals. The population went through a _bottle neck event (genetic drift)_, which makes it more susceptible to _developing a genetic disease_.

Explanation:

Genetic drift is the random change that occurs in the allelic frequency of a population through generations. The magnitude of this change is inversely related to the size of the original population. These changes produced by genetic drift accumulate in time. Eventually, some alleles get lost, while some others might set. Genetic drift affects a population and reduces its size dramatically due to a disaster or pressure-bottleneck effect- or because of a population split -founder effect- . The bottleneck effect most likely affects smaller populations.

In the exposed example, extensive hunting acted as a pressure that reduced the number of Northern elephant seals to fewer than 100. This population experienced one or many generations of small size since these animals were affected by hunting. As the survivors did not have the whole genetic pool of the original population, the population size might have recovered to a current population size of 100,000 individuals, but the genetic pool might have not. When the small population increases in size, it will have a genetically different composition from the original one. In these situations, there is a reduced genetic variability, with a possibility of developing a peculiar allelic component. If the survivors in the population carried or developed a mutation, probably this mutation passed from generation to generation. It will involve more individuals each time and increase the probability of developing a genetic disease.

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3 years ago

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kondaur [170]

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4 years ago