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4 years ago

Which organism in this diagram is a secondary consumer?

Biology

2 answers:

Vlad1618 [11]4 years ago

3 0

Answer:

Los

camarones se alimentan de

plancton y también

necesitan oxígeno para vivir.

Explanation:

Goryan [66]4 years ago

3 0

Answer:

The correct answer will be- Salmon feed on shrimp and need oxygen to live.

Explanation:

A food chain is the unidirectional pathway of the flow of energy and matter from one organism to another organism through by eating one another.

The food chain consists of the organism in sequence starting from a producer to primary consumer, secondary consumer and tertiary consumer.

In the marine system, the phytoplanktons are considered producers as they produce their own food through photosynthesis.

The phytoplanktons are eaten by the primary consumers which are shrimp and the shrimp are eaten by the secondary consumer which is salmon in the given case.

Thus, Salmon feed on shrimp and need oxygen to live is the correct answer.

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Answer:

I think it is A, because the rocks that are at the top are the youngest and the ones that are on the bottom are the oldest.

Explanation:

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3 years ago

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3 years ago

How do microspheres grow and what happens when it reaches an unstable size?

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Explanation:

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3 years ago

You learn that a Mars lander has retrieved a bacterial sample from the polar ice caps. You obtain a sample of these bacteria and

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Answer:

a. conservative replication

b. semi conservative replication

c. dispersive replication

d. discontinuous replication

e. continuous replication

The CORRECT ANSWER IS C.

c. dispersive replication

Explanation:

The attached image shows a single band that becomes lighter (in volume) and increase in darker intensity (in times of color) is revealed with consecutive replications. The major pattern that would produce these outcome is dispersive replication.

Conservative replication do reveal two bands (a 14N for the wholly latest molecule, and a 15N for the totally antiquated molecule) after the initial replication. Therefore, this wholly wrong.

Semi-conservative replication reveal an individual band of transitional weight after the initial replication, followed by two bands following the second replication (one of transitional weight, and the other at the 14N position). These two bands is observed in each following replication, with the transitional weight becoming lighter in color as the 14N band is seen to appear darker in color.

The real pattern gives an individual band that pinpoints to all molecules in an individual replicative cycle possessing the same constituents.

Dispersive replication, has its molecules to be a blend of old (15N) and new (14N) strands. Each replication raises the ratio of new to old strands as it explains the reason an individual band is shown raised (lighter in weight) with every replication.

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3 years ago