1. A, C, G, T
2. A, C, G, U
3. Transcription
4. Translation
5. Cytoplasm
6. Nucleus
7. Ribosome in the cytoplasm or attached to ER
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Answer:
1.black dwarf
H.white dwarf
A.Red giant
B.Main sequence
C.Nebula
D.Stellar nursey
Explanation:
On the last part where the main sequence happens, it really depends on the mass of the star using the sun as an example, our sun has a <em>low mass</em> meaning when it close to its dying form it would go to Planetary Nebula then collaspe as a white dwarf. When a massive star goes through the main sequence and it reaches its dying form, with the <em>high mass</em> it'll also die as a white drawf when it has very high mass it'll possibly end up as a black hole.
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Answer:
It indicates that living organisms share same history.
Explanation:
The implication of this fact shows that all organisms living on this planet share a common evolutionary history means all organisms are evolved from a common ancestor. Due to common ancestor, gene from one organism can be taken, copied and placed into another type of organism to formed the original protein for that organism and this protein works the same as it work for other organism.
<span>Human genetic disorders can be caused largely by the change of the DNA sequence from its normal sequence. This can also be caused by a monogenic disorder, a mutation in a gene. So the best answer to this question would be letter B since nondisjunction causes chromosomal abnormalities.</span>