The amount of guanine in a organism always equals the amount of cytosine.
The Deoxyribonucleic acid (DNA) molecule is made up of four building blocks called nucleotides: adenine (A), thymine (T), guanine (G), and cytosine (C).
The guanine, also called guanosine, is defined as one of the nucleobases found in the nucleic acid of DNA and ribonucleic acids (RNA).
Cytosine plays an essential role in forming base pairs by bonding with guanine and forming the genetic code found in both DNA and RNA.
Therefore,the quantity ofguanine bases are the same with cytosine bases on the opposite strand.
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B) DNA 0> transfer RNA 0> messenger RNA 0> protein
C) DNA 0> transfer RNA 0> protein 0> messenger RNA
D) Protein 0> messenger RNA 0> transfer RNA 0> DNA
B. secret languages used for communication.
C. secret plans for attacking the enemy.
D. strict rules about military strategy.
Answer;
B. secret languages used for communication.
Explanation;
-Military code is a system of conventional symbols for the covert transmission of secret military information through communications equipment.
-For example; A United States military occupation code, or a military occupational specialty code (MOS code), is a nine-character code used in the United States Army and United States Marines to identify a specific job.
B. Fat
C. Protein
D. Steroid
It is impossible to tell from the information provided.
The demand for beef would increase.
The demand for beef would decrease.
The demand for beef would be unaffected.
Check Answer
The demand for beef would be unaffected be the expected change in the demand for beef, ceteris paribus. The correct option is C.
Thus, Consumers might be more likely to pick vegetarian options over beef due to cost considerations.
As a result of recent technological advancements that have made vegetarian meals more affordable to manufacture.
All else being equal (ceteris paribus), this shift in consumer preferences brought on by the relative affordability of vegetarian meals is expected to lead to a decline in the demand for beef.
Thus, The demand for beef would be unaffected be the expected change in the demand for beef, ceteris paribus. The correct option is C.
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Answer:
C. The demand for beef would decrease.
Explanation:
B. Both are multicellular and haploid, are often found in fossil remains, and have cell walls made of cellulose.
C. Both have cell walls made of cellulose, have xanthophyll as their chief photosynthetic pigment, and are multicellular.
Answer:
The correct answer is statement A.
Explanation:
Green algae belong to the division Chlorophyta and comprise about 9000 to 12000 species. Like higher plants, green algae possess photosynthetic pigments like carotene, chlorophyll a and b, and xanthophyll, in a similar proportion as found in higher plants.
A cell of green algae can be sessile or motile, and exhibits a central vacuole, and possesses a two-layered cell wall formed of cellulose and pectin. The storage of food takes place in the form of starch in the pyrenoids. Thus, due to the similarities in the features between the plants and green algae, it is considered that the embryophytes or the lands plants have emerged from green algae. Hence, statement A supports the belief.
Most scientists believe that green algae are the ancestors of plants due to their similar biochemical features. These include having cell walls made of cellulose, the storage of food material as starch, and the presence of chlorophyll a and chlorophyll b.
According to most scientists, the belief that green algae are the ancestors of plants is best supported by the statement: Both have cell walls made of cellulose, store food material as starch, and have chlorophyll a and chlorophyll b. These characteristics highlight the similar biochemical features that underline the evolutionary relationship between green algae and plants. The presence of cell walls made of cellulose provides structural similarities. Storage of food material as starch indicates similar metabolic processes, and both having chlorophyll a and chlorophyll b reveals their shared capacity for photosynthesis, a defining feature of plants.
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