In what way are plants in a sunny meadow and sulfur bacteria in a deep sea vent alike

2 answers:

8 0

The correct answer is that both both produce carbohydrates and water. Plants to do it in a process called photosynthesis, and they produce oxygen as well and sulfur bacteria do it in a process called chemo-synthesis, and they produce sulfur apart from carbohydrates and water.

Katena32 [7]3 years ago

6 0

Answer:

Lesson 2: Energy Roles of Organisms

Explanation:

1. B. They both produce carbohydrates

2. B. They both obtain energy by consuming other organisms.

3. C. Carnivore, Consumer

4. A. A decomposer breaks down organic compounds in dead organic matter, and a detritivote eats dead and decaying mater.

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A scientist at the polar ice cap was studying an ice sample from hundreds of meters below the surface. While examining the ice,

emmainna [20.7K]

Answer:

The correct option is C) Plants

Explanation:

Option A is false because the cell cannot be an animal cell. This is because an animal cell does not possess a cell wall.

Option B is false because the cell cannot be a bacterial cell. This is because a bacterial cell does not have a nucleus. Their genetic material is dispersed inside the cytoplasm.

Option C is correct because all the organelles, a cytoskeleton, mitochondrion, nucleus, cell wall, and ribosomes, are present inside the plant cells.

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3 years ago

How does a eukaryotic organism differ from a prokaryotic organism

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Now if you are talking about cells then Eukaryotic cells contain membrane-bound organelles, including a nucleus. Eukaryotes can be single-celled or multi-celled, such as you, me, plants, fungi,and insects. Bacteria are an example of prokaryotes. Prokaryotic cells do not contain a nucleus or any other membrane-bound organelle.

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3 years ago

A woman gives birth to a son who has type AB blood. She has type B blood. which of the following can be concluded from this abou

levacccp [35]

I think it would be

C. One of her parents had type B blood and the other type A blood

If I’m wrong I’m sorry...

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2 years ago

Question 6 You cross a true-breeding red-flowered snapdragon with a true-breeding white-flowered one. All of the FI are pink. Wh

muminat

Answer:

E (Red shows incomplete dominance over white)

Explanation:

This portrays a monohybrid cross involving a single gene coding for flower colour in snapdragon plants. According to the question, a purebreeding red flowered (homozygous) plant is crossed with a purebreeding white flowered (homozygous) plant to produce an all pink flowered offspring. This phenomenon is called INCOMPLETE DOMINANCE.

Mendel, in his experiments, discovered that an allele can mask the expression of another in a heterozygous state. He called the allele that masks DOMINANT allele while the allele that is masked RECESSIVE allele. However, exceptions like INCOMPLETE DOMINANCE, has occurred in the sense that an allele does not completely mask the expression of its allelic pair, instead an intermediate phenotype, which is a combination/blending of both parental phenotypes is produced.

In this case, the red flowered snapdragon (RR) does not completely cover up the expression of white flower (rr), hence a hybrid/heterozygous offspring is produced that combines the phenotypic characteristics of both parents to form an intermediate flower colour (pink). Hence, it can be said that Red flower is incompletely dominant over white flower or no allele/trait is dominant or recessive to another.

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The major blood vessels include

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D. All of the above!

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