What is a characteristic of a stable environment?

Answers

Answer 1
Answer: 1 It usually contains only one type of producer.
2 It usually contains a great diversity of species.
3 It contains simple food chains that have more consumers than producers.
4 It contains complex food webs that have more heterotrophs than autotrophs.

Related Questions

________ surrounds and protects the embryo.a. The yolk membrane b. The oxygen membrane c. The amniotic membrane
The curving of plants toward light is an example of: Which of these is not a recognized class of plant hormone? nyctinasty geotropism seismonasty phototropism
What is the immediate effect of condensation of water vapor?
What is the best explanation for why scientists involved in biotechnology sometimes insert the DNA of one organism into a second organism? to increase meiosis to make more efficient cell organelles to create a new species to cause the second organism to produce proteins
Why did Mendel study pea plants? A.They reproduce asexually and have one trait that is easy to observe. B.They reproduce asexually and have many traits that are easy to observe. C.They reproduce sexually and have one trait that is easy to observe. D.They reproduce sexually and have many traits that are easy to observe.

A few bacteria are placed in a nutrient solution. after several hours thousands of bacteria are present. which life activities are primarily responsible for this?

Answers

The answer is "Digestion and Reproduction"

When placing few bacteria on a nutrient solution, and for several hours it multiplies. The activities which take place in the scenario is the digestion and reproduction. Digestion occurs when the bacteria fed on the nutrient solution and Reproduction occurs when the bacteria gives birth to new bacteria.

6. Which of the following correctly identifies DNA and RNA?A.
ribogenome
B.
riboamino acid
deoxygenome
deoxyamino acid
deoxyribonucleotide
deoxyribonucleic acid
C.
riboamino acid
D.
ribonucleic acid

Answers

Deoxyribonucleic acid (DNA) and Ribonucleic acid (RNA)

Answer:

Explanation:

riboamino acid

1. Magma that cools and crystallizes on Earth's surface forms A. Quartz B.extrusive rocks C.intrusive rocks D. Magma

2.An atom that gains or loses an electron has a net electric charge and is called a/n
A. ion.
B. proton.
C. neutron.
D. electron

3. The two subspecialties of astronomy are
A. astrophysics and planetary science.
B. climatology and atmospheric chemistry.
C. environmental earth science and environmental chemistry.
D. paleontology and geochemistry.

4. A _______ satellite records reflected wavelengths from Earth's surface
A. GIS
B. GPS
C. Landsat
D. SeaBeam

5. Magma is classified as basaltic, andesitic, or rhyolitic based on what factor
A. Temperature of the magma
B. Region of the Earth in which it formed
C. Amount of silica it contains
D. Amount of pressure placed on it during formation

6. All the water on Earth, including the water in the atmosphere, makes up the
A. biosphere.
End of exam
B. hydrosphere.
C. geosphere.
D. atmosphere.

Answers

2. Ion
4.Landsat
5.Amount of Silica it contains

Hope this helps :)

The order of bases along a gene determines a. The structure of a carbohydrate.
b. The structure of protein.
c. How DNA is passed down to offspring.
d. How chromosomes are arranged in the nucleus.

Answers

The order of bases along a gene determines the structure of a protein (Option b).

  • During gene transcription, a specific fragment of DNA called 'gene' is used as template to create a messenger RNA (mRNA).

  • Subsequently, the mRNA travels to the ribosome where this sequence is used as a template to create a protein by the mechanisms of translation.

  • The linear order of nucleotides in the gene sequence and ultimately the order of triplets of nucleotides (i.e., codons) in mRNA determine the linear order of amino acids in the protein.

In conclusion, the order of bases along a gene determines the structure of a protein (Option b).

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D.How chromosomes are arranged in the nucleus

A Group of students performing an experiment collect Euglena samples from a pond and keep them in darkness in a vessel containing pond water which would be the conclusion for this experiment? A) The Euglena cells remain alive because they are completely heterotrophic and feed on the organic matter present in the pond water. B) The Euglena cells die because they are completely autotrophic in nature and are unable to create food in the absence of sunlight. C) The Euglena cells, which are both autotrophic and heterotrophic, remain alive even in the absence of sunlight because they

Answers

The conclusion of this experiment would be the Euglena cells, which are both autotrophic and heterotrophic remain alive even in the absence of sunlight because they are able to feed on the organic materials that are present in the pond water. The correct option among all the options that are given in the question is the third option or option "C".

Which experiment should be conducted as a field investigation?

Answers

Assuming that this is referring to the same list of options that was posted before with this question, the correct answer is that any experiment that requires direct observation.