Biology : asked on niyah0623
 17.10.2021

If you could genetically engineer any species of organism, what would it be? Would it be a
unicorn? A dog-cat hybrid? Your own personal pet giant? Choose any species-real or not
—that your imagination desires!
Write a paragraph describing your species, what it looks like, and where it lives. Think of
any inherited traits the species has that might help it survive in its environment. Thinking
of these traits now can help you come up with allele combinations in the next step. Now
describe your species in the answer space.

. 4

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Leslie argues that an organism called a Euglena is a plant because it is eukaryotic, has a nucleus, makes its own food, and is unicellular. Where is Leslie's error? Plants do not make their own food..

Biology
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for six years an artificial fertilizer is used on a apple orchard the orchard is next to a stream which empties in to a slat water bay during the last 5 years researchers have observed an increase in algae in the bay they have also sampled fish populations in the bay each year apex...

for six years an artificial fertilizer is used on a apple orchard the orchard is next to a stream whfor six years an artificial fertilizer is used on a apple orchard the orchard is next to a stream whfor six years an artificial fertilizer is used on a apple orchard the orchard is next to a stream wh
Biology
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Answer:

Effective food supply was most likely an effect on society that resulted from improvements in blood handling during World War I and World War II.

Answer:Effective food supply was most likely an effect on society that resulted from improvements in
Biology
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Explanation: with a great tolerance to a wide range of conditions the species would adapt and thrive which would allow it to reproduce and have all it needs to survive, grow, and take over.

Biology
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The maltose molecule can be broken down into two individual glucose molecules with the help of an enzyme produced within a cell.

D).increasing the pH with in the cell.

Explaination:

The maltose molecule can be broken down into two individual glucose molecules with the help of an en
Biology
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Rank the following cities in order of earthquake risk from high risk to low risk:

Rank the following cities in order of earthquake risk from high risk to low risk:Rank the following cities in order of earthquake risk from high risk to low risk:

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