The correct order of events during the synthesis of a specific protein would be:
The first step in the synthesis of protein is that genetic information for s specific trait on DNA is transcribed to messenger RNA in a process known as transcription.
Thereafter, the mRNA moves into the cytoplasm and gets attached to the ribosome. Another RNA, a tRNA that carries the amino acids that correspond to the genetic codes on the mRNA, moves to bind to the mRNA using its anticodon.
The codons are read in groups of 3s and the amino acids corresponding to each codon will get released from the tRNA at their respective turns. The released amino acids are joined together by a peptidebond to form protein.
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Answer:
The correct order is: b), e), a), c) and d)
Explanation:
Messenger RNA leaves the cell nucleus and moves through the cytoplasm. During protein synthesis, the ribosome reads the base sequence of messenger RNA, and uses DNA to translate each codon triplet, into its respective amino acid. The RNA is synthesized in the nucleus and then later leaves the cytoplasm for the translation process. In general terms, DNA is transcribed into a messenger RNA molecule, so that a certain protein is produced
B:its progeny would have been affected
C:its progeny would have been normal
B. the waves of the electromagnetic spectrum
C. energy that moves as particles at the speed of light
D. energy that moves as a wave at the speed of light
Electromagnetic energy can be defined as: C. energy that moves as particles at the speed of light.
Electromagnetic energy can be defined as form of energy that is primarily carried by electromagnetic waves such as gamma rays and x-rays.
This ultimately implies that, electromagnetic energy refers to a form of energy that moves as particles at the speed of light, which is about three hundred million meters per seconds.
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