BIOLOGY HIGH SCHOOL

Match to show the differences between monocots and dicots. one seed leaf
two seed leaves
netted leaf structure
parallel leaf structure
cotyledons
endosperm

The options for these are Monocot food, Dicot food, Monocots, and Dicots

Answers

Answer 1

Answer:

Mono cots and dicots both have differences which are

Mono cots have one seed leaf while dicots have two seed leaves

Monocots have parallel leaf structure while dicots have netted leaf structure

Monocots store their food in the endosperm while on the other hand the dicots store their food in the cotyledons.

Answer 2

Answer:

one seed leaf: monocot

two seed leaves: dicot

netted leaf structure: dicot

parallel leaf structure: monocot

cotyledons: dicot food

endosperm: monocot food

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Enzymes are:
A. fats.
B. sugars.
C. starches.
D. proteins

Answers

the answer is d) proteins

Seed leaves are called _____.
cotyledons
endosperm
sepals
tendrils

Answers

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.

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.

Learn more about Seed leaves here:

brainly.com/question/1979190

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The following DNA fragment was isolated from the beginning of a gene. G G G A T G C G G A A A G T C C A A
C C C T A C G C C T T T C A G G T T

Determine which strand is transcribed, indicate the polarity of the two DNA strands, and then give the sequence of bases in the resulting mRNA and its polarity.

Answers

A strand that is transcribed is called a template strand, the other one is called a coding strand. The template strand is in 3'-5' direction, and the coding strand is in 5'-3' direction. mRNA is transcribed from 3'-5' template DNA strand, so it is in 5' to 3' direction. The first codon of mRNA is called start codon and usually it is AUG.

Knowing this, we can answer the questions:

The transcribed strand must contain three nucleotide sequence complementary to AUG codon. According to the base pairing rules, it must be TAC. The strand that contains TAC, and, thus, is transcribed is
C C C T A C G C C T T T C A G G T T.
This template strand is in 3'-5' direction and the other one is 5'-3'.
mRNA transcription begins from the DNA sequence complementary to AUG codon:
DNA sequence: 3' C C C T A C G C C T T T C A G G T T 5'
mRNA sequence: 5' A U G C G G A A A G U C C A A 3'
mRNA sequence is in 5'-3' direction.

In order to survive, all organisms must carry out 1) autotrophic nutrition 2) heterotrophic nutrition 3) enzyme-controlled reactions 4) the process of reproduction

Answers

Correct Answer is (3)

Explanation:

(3) In order to survive, all organisms must carry out enzyme-controlled reactions.

Enzymes is the Most of the responses that happen in living life forms are chemical controlled.
They are along these lines explicit in the responses that they catalyze one chemical will respond with particles of one substrate.
The site of the response happens in a territory on the outside of the protein called the active site.
Enzymes can be influenced by an assortment of elements, for example, temperature, pH, and focus.
Chemicals work best inside explicit temperature and pH ranges, and imperfect conditions can make a protein lose its capacity to tie to a substrate.
The most of the enzyme has an optimum pH range.