Do oxygen molecules go into or out of the cell

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Answer 1
Answer: Both, They have to get the oxygen on the inside then get it out to supply it.

Related Questions

Which statement forms part of cell theory?A. Cell organelles are capable of reproducing themselves.B. Cells differ in shape, but they have identical components.C. All cells begin life as prokaryotic cells.D. All living things are made up of cells.
Why are proteins important in cells
In which type of model are the sun, other stars, and the moon in orbit around the earth
another man joins each end if the rope Dose this affect the results of the tug of war if not why or why not
In 2000, Bob Harmon discovered the best-preserved Tyrannosaurus Rex skeleton ever found. The fossilized dinosaur was sticking out of the wall of a canyon in Montana. Many scientists were eager to study the fossils. Dr. Mary Schweitzer got one of the leg bones to analyze. Dr. Schweitzer's assistant dissolved the bones in acid and discovered that some soft tissue had survived even after 68 million years. The discovery was a shock to the scientific community. No one had ever found such old tissues. Dr. Schweitzer found structures identical to modern red blood cells and blood vessels inside the bone.Which organ system do blood cells and blood vessels belong to?A.circulatory systemB.nervous systemC.skeletal systemD.respiratory system

The current conditions of precipitation
and temperature make up what

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i think it is rainfall but am not sure...

Dichotomous Keys and branching diagrams organize different types of information about classification. how are these tools used differently?

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Answer:

In a dichotomous key you named then by their traits while in a branching diagram it already has the name and it's traits.

Explanation:

In dichotomous keys (also called single-entry or single-entry keys), a fixed sequence of alternatives must be followed, where multiple steps (including one or more characters) present two contrasting options (character states). As a result, only a single series of choices results in correct identification. Thus for each taxon there is a specific sequence of steps. An important factor of the dichotomous keys is that through them it is possible to name living beings through their characteristics.

A branch diagram can be used to represent a probability space. It can also be used to represent the various possibilities of a permutation or combination. This type of diagram provides a convenient way to organize information from a set of conditional events. In biology, the branch diagram shows the name and characteristics of a being and its relationship to different beings and characteristics.

To show the different levels of classification and divide among species, and different organisms on planet Earth. It also creates a universal "language" for scientists around the world when referring to organisms (cougar & puma are the same animals; different name)
Example: The American Alligator and the Chinese Alligator (look it up!) are in the same family and genus, but are not the same species.

How is a cell like a house?

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scientist noticed that a dark-colored peppered moth is more visible on a light-colored background than a light-colored peppered moth. He wonders, “Does this difference in visibility affect the survival rate of dark moths?” Which part of the scientific method does he need to carry out next?

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yes lighter moths are more likely to not be seen by a bird but a dark moth on a light tree are more likely to be seen

Most coenzyemes are derivatives of​

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Vitamins. A lot of coenzymes are derivatives os vitamins especially B vitamins.

Hope this helps:)

The answer would be vitamins
Hope this helps

A particular single-celled organism uses radiant energy to fix carbon as sugars. This organism generates ATP by breaking down sugars through a process that uses oxygen. Based on this information, how should this organism be classified?

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Answer:

A particular single celled organism that uses radiant energy means that it is autotrophic in nature.

The autotrophs are the organisms that uses sunlight (radiant energy) to perform the process of photosynthesis to fix carbon in the form of sugars.

They generate ATP by breaking down the sugar using oxygen, which means they perform cellular respiration.

This makes the organism aerobic autotroph.

A particular single-celled organism uses radiant energy to fix carbon as sugars. This organism generates ATP by breaking down sugars through a process that uses oxygen. This organism is classified as -  aerobic autotrophs. Autotrophs produce their own food from the substances available in their surroundings using light through photosynthesis or chemo-synthesis.