if mosses and ferns grow in an environment that is dry and where water is limited, wich of the two plants would be the most affected?

Answers

Answer 1
Answer: Mosses because moss needs to absorb water and moisture to stay alive
Answer 2
Answer:

Final answer:

In a dry and water-limited environment, mosses would be more affected than ferns due to their dependence on moisture for survival.

Explanation:

In an environment that is dry and where water is limited, mosses would be more affected than ferns. This is because mosses are non-vascular plants that do not have true roots, stems, or leaves. They rely on water absorption through their leaf surface and require moist conditions to survive. Ferns, on the other hand, are vascular plants that have specialized tissues for water transport. They have true roots, stems, and leaves, allowing them to better cope with limited water availability.

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Why can genes be considered derived characters?

Answers

A derived character refers to a particular character that is shared by members of a particular population. Genes are considered to be derived characters because THEY ARE TRANSFER FROM GENERATION TO GENERATION FROM PARENTS TO THEIR OFFSPRING. Genes are derived from the DNA molecule of the parents and these are passed to their offspring during the process of cell division in reproduction.


Genes can be considered as derived charecters because they have information in form of proteins or DNA which decides the charecteristic of offsprings.

1.How Can You Classify Single-Celled Organisms?Some of the oldest and most common organisms on Earth consist of only one cell. These single-celled, or unicellular, organisms display all of the characteristics of living things. You might think that all unicellular organisms are very similar, but this is not the case. These fascinating creatures are extremely diverse.

What characteristics do you think could be used to classify different kinds of single-celled organisms?

Answers

Answer:

Explanation:

Unicellular organisms fall into two general categories: prokaryotic organisms and eukaryotic organisms. All prokaryotes are unicellular and are classified into bacteria and archaea. Many eukaryotes are multicellular, but many are unicellular such as protozoa, unicellular algae, and unicellular fungi.

Final answer:

Single-celled organisms can be classified based on their cellular structure, mode of nutrition, and method of reproduction. They can be Eukaryotes or Prokaryotes; Autotrophic or Heterotrophic, and reproduce via methods like binary fission, budding, or sporulation.

Explanation:

The classification of single-celled organisms, also known as unicellular organisms, can be based on a variety of characteristics including their cellular structure, mode of nutrition, presence of certain organelles, and the method of reproduction. For instance, on the basis of the cellular structure, single-celled organisms can be classified as Eukaryotes (e.g., Paramecium) and Prokaryotes (e.g., Bacteria). Additionally, in terms of nutrition, organisms can be Autotrophic (produce their own food like algae) or Heterotrophs (consume their food like amoeba). Moreover, based on methods of reproduction, they can reproduce through binary fission, budding, or sporulation. These distinctions help us understand the incredible diversity among unicellular organisms.

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Summarize the influence Charles Darwin's experiences in the Galapagos had on his later development of his theory of Natural Selection.

Answers

Charles He saw the two islands and found two nearly the same birds but one of them had longer beaks. The other had blunter, stronger beaks. They were on two different islands. Charles Darwin decide that they adapted to eat the nuts that grew on their island. The ones with the stronger beaks had harder, bigger nuts than the ones with weaker, longer beaks who had smaller, softer nuts.

How are streams and rivers in drainage basins affected by converting prairie land to farm land?

Answers

The streams and rivers in the drainage basins were the prairies are converted into farm land are mostly affected by the agriculture and its needs, as well as its consequences.

The agriculture demands water for irrigation, and most of this water comes from  the streams and rivers, so that contributes to lowering of the water levels of the streams and rivers.

The agriculture also causes damage to the streams and rivers by polluting them. Namely, the pesticides, herbicides, and fungicides that are used for protection of the plants, partially end up in the low groundwater's, and in general, these waters are connected to the streams and rivers, so the pollutants end up in them, and that affects the biodiversity in them very badly.

Answer:

it d

Explanation:

A particular gene does NOT constantly churn out the same protein at all times in every cell. This is true for two reasons. First, _____ can allow one gene to produce several different proteins. Second, genes are constantly being turned on and off through the process of _____.

Answers

mRNA processing and Gene regulation

Explanation:

  • A particular gene does NOT constantly churn out the same protein at all times in every cell. This is true for two reasons. First, mRNA processing can allow one gene to produce several different proteins. Second, genes are constantly being turned on and off through the process of gene regulation.

The process by which a pre-mRNA undergo various  modification so that it can become a mature RNA is called RNA processing . During RNA processing, splicing is an important step. During splicing, the introns are precisely excised and exons are ligated together. A process of alternative splicing is excised by which more than one mRNA species can be produced from a single pre-mRNA. Thus mRNA processing is the method that allows  a gene to produce different proteins. secondly, the regulation of genes initiate the control of gene products.

HELP ME PLEASE!! THIS IS A TEST!!! PLEASE!!!Stuart is listing the changes to matter and energy that occur during the process of photosynthesis which of these examples should he include in his list?

A.) changes in chemical energy converts carbohydrates into smaller molecules
B.) changes in light energy convert chemical energy stored in carbohydrates
C.) changes that convert chemical energy into heat and light
D.) changes in nuclear energy converts hydrogen and oxygen into carbon
PLEASE AND THANK YOU!!!! HELP MEEE!!!​

Answers

the answer would be C. None of the other answers choices have anything to do with photosynthesis