Suppose experiment was performed with the monosaccharide fructose instead of glucose. A beaker was filled with 30 ml of DNP + 15 mM fructose, and an everted intestinal sac was filled with Mammalian Ringers+ 10 mM fructose. Predict the final concentration of fructose inside the sac after 1 hr incubation at 37°C.

Answers

Answer 1
Answer:

Answer:

greater than 10 mM.

Explanation:

This question deals with the transport of monosaccharide into the everted sacs of the intestine. And in order to be able to solve this question efficiently one must have prerequisite idea on the transport protein for the Sodium ion process of absorption. Also, one must know the structure of the epithelial.

What happens during the experiment is that there will be an absorption of the fructose, the Chloride ion and the Sodium ion and this absorption will lead to the production of osmotic gradient. Therefore,as the osmotic is produced, the fructose will be transported into the sac through diffusion and thus increasing the concentration of fructose.


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Which atmospheric gas helpskeep the sun's energy in our
atmosphere and is also an
important greenhouse gas that
has been slowly increasing due to
human activities?
A. carbon dioxide
B. argon
C. oxygen
D. nitrogen

Answers

Final answer:

Carbon dioxide is the atmospheric gas that helps keep the sun's energy in our atmosphere and is an important greenhouse gas that has been increasing due to human activities.


Explanation:

The atmospheric gas that helps keep the sun's energy in our atmosphere and is also an important greenhouse gas that has been slowly increasing due to human activities is carbon dioxide (A).


Learn more about atmospheric gases here:

brainly.com/question/34146765


How does latitude affect climate

Answers

Answer:

Latitudes affect the climate by receiving different  amount of sunlight and wind.

Explanation:

Latitude may be defined as the angular distance of the north and south of the earth's equator.

Places present at high latitude receives less sunlight and have cold climate. Places present at low latitude receives large amount of sunlight and have warm climate.

Thus, the latitude affects the climate of an area.

Climate Changes with Latitude. Places located at high latitudes (far from the equator) receive less sunlight than places at low latitudes (close to the equator). The amount of sunlight and the amount of precipitation affects the types of plants and animals that can live in a place

Both molecules and compounds are made up of 1.molecules 2.compounds 3.atomsTwo or more atoms joined together by shared electrons
form 1. A compound 2.an element 3.a molecule
Substances made from two or more different elements are 1.molecules 2.atoms 3.compounds

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Answer:

1 atoms

2 molecule

3 compound

How are a carrot, an amoeba, and a mandrill. alike

Answers

A carrot, an amoeba (a cell/organism that has the ability to change shape), and a mandrill (a primate) are all alike in that they are all eukaryotes. This means that their cells share the same features of having a nucleus and other organelles within an enclosed membrane.

Describe the major differences between the ecological niches of humans and cockroaches. Are these two species in competition? If so, how do they manage tocoexist?

Answers

The major differences between the ecological niches of humans and cockroaches depend on the functional role they play, the space they live, and the group (trophic level) they belong.

What is an Ecological niche?

An ecological niche can be regarded as an area or set of environmental factors or the surroundings of an individual where they perform their functional role.

Humans being omnivores have a generalized niche where they particularly have many options to play a functional role (feeding habit).

Cockroaches play the role of decomposers which is also an important part of any ecosystem. Living organisms are interdependent, so they need each other in order to survive. Therefore, it is wrong to say that humans and cockroaches are in competition. Cockroaches unlike humans live in really dirty and dark places because in such conditions they easily find food. While humans take a rest in dark (night) and search for their food in the daytime.

Humans take fresh and cooked food, while cockroaches shred dead and decaying organic matter into smaller pieces so that it would be eaten by recycling bacteria.

Therefore, these two different species are not in direct competition and survive without affecting each other's ecological niche.

To learn more about the Ecological niche, refer to the link:

brainly.com/question/7413811

(Essay) Describe the major differences between the ecological niches of humans and cockroaches. Are these two species competition?
Humans: large omnivorous animals, apex predator in many ecosystems
Cockroaches: small detrivores.

Humans: Sleep at night.
Cockroaches: Spend daytime hidden away, preferably in dark crevices.

Humans: Extensively modify the environment.
Cockroaches: Some species can burrow.

Are these two species in competition?
No. Our diets overlap a bit (e.g. stored grains), but we exploit food sources that cockroaches can't, and vice versa. We do not compete for homesites or mates at all.

Where does glycolysis occur? (Cellular Respiration.A- Cytoplasm
B- Mitochondrion
C- Nucleus
D- Cell Membrane

THE ANSWER IS - A- Cytoplasm.
I took the test and go this answer correct!!!!!!

Answers

Cytoplasm is the answers