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fomenos
2 years ago
7

Rosa drew a flow chart of the carbon cycle. The carbon cycle with 4 boxes connected by arrows. Box 1: carbon dioxide in the atmo

sphere. Box 2: X. Box 3: consumers eat producers. Box 4: Y. The arrow that follows box 4 connects to box 1. Which labels best complete the flow chart?
(a) X: Producers undergo photosynthesis. Y: Decomposers return carbon to the soil and release waste.
(b) X: Decomposers return carbon to the soil and release waste. Y: Producers undergo photosynthesis.
(c) X: Decomposers take in carbon dioxide. Y: Producers absorb carbon through their roots.
(d)X: Producers absorb carbon through their roots. Y: Decomposers take in carbon dioxide.
Biology
2 answers:
Otrada [13]2 years ago
6 0

Answer:

The correct Answer is A.

Explanation:

The Flow chart of the Carbon Cycle, will look as follows:

1. Carbon dioxide in the atmosphere.

2. Producers undergo photosynthesis (in this process plants among other producers like algae, use CO2 to produce energy).

3. Consumers eat producers (a primary level of consumer like a rabbit eats the producers or plants).

4. Decomposers return Carbon to the soil and release waste.

And the  cycle continues again, by going back to step 1.

11Alexandr11 [23.1K]2 years ago
6 0

Answer:

the answer is A

Explanation:

I got it right

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2 years ago
a sponge 1cm in diameter and 10 cm tall can move 22.5 L of water through its body each day. what volume of water will it pump th
Marat540 [252]
The part of the question about the size of the sponge is just there to trick you; you don't need it.  All you need is the 22.5 L per day.

To find the amount of water it can pump in 1 hour, you divide the 22.5 by 24 because there are 24 hours in a day:

(\frac{22.5L}{day})(\frac{day}{24hours})=0.9375\ liters\ per\ hour

Now that we have hours, we can divide that by 60 to get the amount pumped per minute (because there are 60 minutes in an hour):

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Answer:

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The interaction between the receptor on the host cell and surface proteins on the viral capsid is important for viral genome entry in the host cell and to determine the range of the host cells.

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