Answer:
5).
Transcribe the DNA to create the mRNA.
Match the mRNA codons to their tRNA anticodons and the attached amino acids.
Perform dehydration synthesis to build the amino acid chain in the ribosome.
|Locate the start, stop, and other codons on the mRNA.
Identify the antisense strand of the DNA within the cell nucleus.
DONE5).
Transcribe the DNA to create the mRNA.
Match the mRNA codons to their tRNA anticodons and the attached amino acids.
Perform dehydration synthesis to build the amino acid chain in the ribosome.
|Locate the start, stop, and other codons on the mRNA.
Identify the antisense strand of the DNA within the cell nucleus.
DONE
The correct answer is in the "chloroplast".
The chloroplast is considered to be <span>organelles, which are considered as specialized </span>compartments<span>, in plant and algal cells.</span>The main position<span> of chloroplasts is to aid the process of </span><span>photosynthesis, </span>in which<span> the photosynthetic pigment chlorophyll captures the energy </span><span>from </span>daylight<span> and converts it and stores </span><span>it </span>within the energy-storage<span> molecules known as ATP and NADPH </span>as freeing<span> oxygen from water.</span>
Oxygen concentration is the primary factor that controls NOx during the devolatilization process, and reducing conditions during devolatilization favor the formation of N2 instead of NOx. The residual char left after the initial devolatilization steps burns more slowly than the volatiles, and the corresponding slow rate of char nitrogen conversion to NO is difficult to control
OH radicals that convert pollutants to less harmful components.
