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3 years ago

After the small intestine which comes next in the alimentary canal apex

2 answers:

4 0

After the small intestine, the next structure in the alimentary canal is large intestine, most precisely its part-cecum.

Alimentary canal (digestive tract) is the gut of animals (including humans) which includes the mouth, pharynx, esophagus, stomach, small intestine, large intestine, and anus. The function of the alimentary canal is to carry food from the digestion to the excretion.

SSSSS [86.1K]3 years ago

3 0

Large intestine comes next in the alimentary canal

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A group of organisms of different species living together in a particular place is called a

bearhunter [10]

A community. Hope this helps!

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4 years ago

Help me Please :)

Jobisdone [24]

1. Where does most of the mass that makes up living things (the mighty sequoia tree for example) come from?

A.Oxygen

B.Soil

C.Carbon Dioxide

 D.Water 

2. Which process is responsible for moving carbon from the atmosphere to the producers in an ecosystem?

A. PHOTOSYNTHESIS: where the carbon dioxide (CO2) is turned into glucose (C6H12O6) 

B. CELLULAR RESPIRATION: where the glucose (C6H12O6) is turned into carbon dioxide (CO2)

C. DEFECATION: When an animal poops, carbon goes back into the atmosphere

D. EATING: When animals eat, they take in the carbon from the atmosphere

3. Which process is responsible for moving carbon from a producer/herbivore/carnivore/decomposer back into the atmosphere?

A. PHOTOSYNTHESIS: where the carbon dioxide (CO2) is turned into glucose (C6H12O6)

B. CELLULAR RESPIRATION: where the glucose (C6H12O6) is turned into carbon dioxide (CO2)

 C. DEFECATION: When an animal poops, carbon goes back into the soil 

D. EATING: When animals eat, they take in the carbon from the atmosphere

4. Which of the following are examples of organic carbon?

A. Lipids

B. Carbon Dioxide

 C. Glucose 

D. Both A and C

E. All of the above

5. Which of the following best describes ALL the possible places carbon can go once it is in an acacia tree in the savanna?

**Read carefully, there are correct answers and then there is the BEST answer**

A. The carbon will either go back into the atmosphere by cellular respiration or into an herbivore when they eat the leaves of the acacia tree.

B. The carbon could go into a lion or be used to become part of the acacia tree (biosynthesis)

 C. The carbon would move to the soil where the decomposers would put it back into the atmosphere. 

D. The carbon could go into the atmosphere through cellular respiration, it could become part of the acacia tree (biosynthesis), it could die and move to the soil, or an herbivore could eat the leaves of the acacia tree

3 0

4 years ago

A few seconds after touching the Mimosa pudica plant, its leaflets fold together. It takes about 10 minutes or more for the plan

fredd [130]

Answer:

cells suddenly become flaccid after stimulation because of the loss of K+

Explanation:

Nastic responses are non-directional movements of parts of plants in response to diffuse stimuli. The closinf of leaves of Mimosa pudica when touched is a type of haptonastic response. These movements are brought about by turgor pressure changes of the leaf and the petal bases. At the bases, there are pressure sensitive swellings called pulvini which through loss of turgidity cause nastic movements.

According to research, cells go through an efflux of potassium (K) which leads to the reduction of turgor. Direct quote on Reed-Guy et al. (2017)'s paper "This mechanism is initiated when a stimulus causes an efflux of potassium within the leaf, creating a loss of turgor pressure, which closes the leaves and causes them to droop."

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3 years ago

Why does dna need weaker bonds between the bases

frutty [35]

Answer:

Hydrogen bonds are weak, noncovalent interactions, but the large number of hydrogen bonds between complementary base pairs in a DNA double helix combine to provide great stability for the structure.

Explanation:

4 0

3 years ago

Read 2 more answers

Type of symmetry in which body parts are arranged in a circle around a central point

lukranit [14]

Type of symmetry in which body parts are arranged in a circle around a central point is called radial symmetry.

This type of symmetry is characteristic for the sessile animals like Cnidaria and Echinodermata. Organisms with radial symmetry have no left or right sides, they have a top and a bottom surface, or a front and a back.

8 0

4 years ago