Answer:
Carbon and Its Compounds: Ethane, carbohydrates, diamond
Oxygen and Its Compounds: Ozone, water
Explanation:
Carbon and its compounds refers to compounds that has carbon atoms in them whether they exist in nature or are made artificially. Examples include
- Ethane, C2H6
- Carbohydrates, Cx(H2O)y
- Diamond, an allotrope of carbon
Oxygen and its compounds refers to compounds that has at least an oxygen atom in them whether they exist in nature or are made artificially. Examples include:
- Ozone, O3 an allotrope of oxygen found in the upper part of the atmosphere
- water, H2O
<span>The cilia and flagella of eukaryotic cells are made up of specifically designed microtubules. Microtubules are part of the cytoskeleton and are nucleated. They play an vital role in several cellular processes and also play a part in maintaining a cell's structure.</span>
Answer:
C. 1,024
The answer can be worked out using 2^pairs of chromosomes
Explanation:
Imagine there were <u>two</u> pairs of chromosomes:
- A paired with B
- C paired with D
A gamete could have the following combinations:
Therefore, with two pairs of chromosomes, there are 4 (2²) possibilities
Now, Imagine there were <u>three</u> pairs of chromosomes:
- A paired with B
- C paired with D
- E paired with F
A gamete could have the following combinations:
- A + C + E
- A + D + E
- A + D + F
- A + C + F
- B + D + F
- B + C + F
- B + C + E
- B + D + E
Therefore, with three pairs of chromosomes, there are 4 (2³) possibilities
For 10 chromosomes - there are 2¹⁰ possibilities. 2¹⁰ = 1024
The answer C the theory of evolution
Answer:
DNA polymerase is responsible for the catalysis of the replication of a vast region of DNA and the efficiency/speed of the replication is necessary to complete the replication process swiftly.
Explanation:
The difference between replication and transcription, is that in the replication process the DNA is making more copies of itself and in transcription, the DNA is being copied into RNA. DNA replication occurs in preparation for cell division, and transcription occurs in preparation for protein translation
