Seed leaves are called _____.
cotyledons
endosperm
sepals
tendrils

Answers

Answer 1
Answer:

Answer:

The correct answer would be cotyledons.

The cotyledons or seeds-leaf are defined as the primary leaf present in the embryo within the seeds of the higher plant.

After germination, the cotyledons may become the first leaves of the seedling.

The species of plants which possess one cotyledon are termed as monocotyledons whereas the species which possess two cotyledons are termed as dicotyledons.

Answer 2
Answer:

Seed leaves, or cotyledons, are the first leaves to appear from a germinating seed and provide nutrients to the developing plant. Therefore, the correct answer is option a.

  • Cotyledons are the first embryonic leaves or leaf-like structures that appear in the seeds of flowering plants (angiosperms) as they germinate.
  • Cotyledons serve as nutrient storage structures and provide initial nourishment to the growing seedling until it can establish its own photosynthesis. They can be found inside the seed.
  • The number of cotyledons varies among plant species and is a key characteristic used in plant classification. Plants with one cotyledon are called monocots, and those with two cotyledons are called dicots.

The other options mentioned are different parts or structures of a plant:

  • Endosperm is a tissue within the seed that provides nutrients to the developing embryo.
  • Sepals are leaf-like structures that protect the developing flower bud.
  • Tendrils are specialized structures used by some plants for support or attachment to other surfaces, such as for climbing.

Therefore, the correct answer is option a.

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Describe how viruses and prions can alter cell functions

Answers

Since viruses are nonliving, they will need a host in order to take over and spread. Thus, viruses need help in order to reproduce. However on the other hand, Prions are also NON-living but they do not reproduce, they are protein that are not folded properly and continue to create those badly folded proteins to alter the cell.

Mutations in the DNA of genes that can be passed on to offspring

Answers

those are genetic mutations

How does the electromagnetic spectrum arrange different types of radiation?a. By color
b. By how fast they go
c. By how much energy they carry

Answers

Answer: c i think

Explanation:

Match the following vocabulary words.phalanges

1. knee bone or kneecap

2. bones in fingers and toes

3. inside bone in the lower

part of the arm
ulna
patella

Answers

Answer:

1) knee bone or kneecap=part of arm

2) bones in finger and toes =patella

3)inside bone in the lower=ulna

Classifying things by observation can best be done by using a dichotomy wedge key taxon

Answers

Classifying things by observation can best be done by using a  : Taxon

Taxon divided organisms into different groups based on their unique similarities, and these similarities can be recognized by observing parts and behavior of the organisms. For example, Organisms generally divided into two groups. Those who have a backbone (vertebrata,  such as mammals and reptiles ) and those who don't have backbones (such as arthropoda)

This is the best way to classifying the organisms because the similarities between them do not exist in their backbones alone. This give more room/possibilities for the classification. For example, The organisms could also be classified by other similarities (such as how they obtain food, their body structure, how they reproduce, etc)

The correct answer is Taxon.

Taxon - a unit of classification; element taxonomy group classification level taxonomic rank used in the biological classification. The concept is used mainly in biological taxonomy, where the group of organisms taxon understand, united on the basis of generally accepted methods of classification, interconnected by a degree of kinship, and sufficiently isolated from other groups that it could assign certain taxonomic category ( taxonomic rank) - species, genus, family, and so on.

Which of the following do all cells in a multicellular organism have in common?1. They all express the same genes.

2. They all have the same proteins.

3. They all have the same mRNA.

4. They all have the same DNA.

Answers

The correct answer is (d) They all have the same DNA.

  • All the multicellular organisms have same DNA but the different parts of the body has different gene expression.
  • For example: the same DNA is found in the cells of kidney and liver, but the gene expression for liver results in large number of hepatocytes and the same DNA in the kidney will give rise to nephrons.
  • This proves that all the cells in the multicellular organisms have same DNA but their expression of protein in different cells are different.