How was cleopatra vii like nicholas ii, the last czar of russia?
select one:
a. both were married several times
b. both were conquered by forces from italy
c. both had children who were murdered
d. both were the final rulers of their respective monarchies

Cleopatra VII like Nicholas II, the last Czar of Russia were the rulers and emperors of Russia.

The correct option is D. Both were the final rulers of their respective monarchies.

Explanation:

The correct option is D. Both were the final rulers of their respective monarchies. Cleopatra VII was the last ruler and emperor of the Ptolemaic dynasty in Egypt. ON the other hand, The Roman dynasty that the ruler belonged to ended in the early year of 20th century.  

The reason for the wrong answers:

Option A. Both were married several times

Option B. Both were conquered by forces from Italy

Option C. Both had children who were murdered

These all options are wrong because they were the rulers of different dynasties as well as they were the last rulers of Russia.

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d. Both were the final rulers of their respective monarchies.

Explanation:

This is the statement that best describes these two rulers. Cleopatra VII was the last ruler of the Ptolemaic dynasty in Egypt. The dynasty ended when Rome took control of Egypt, annexing it to its empire. On the other hand, Nicholas II was the last Czar of Russia. The Romanov dynasty that he belonged to ended when the communists took control of Russia in the early years of the 20th century.

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explanation:

genetics is the study of how dna works, the methodologies defining the new recent technologies allow scientist to have a panoramic view of the entire dna landscape, especially how genomes interact with their environment, including off course, factors outside their organisms.

thus is very possible the existence of both scenarios, where populations of isolated individuals have different genetic traits, and share traits related to genetic mutation, due rats can easily travel overseas using human transport channels. so scientists could get a vast number of data, including human interaction, evolution of rodents, health development, spread of infections, development of new organisms, how genomes evolve in different environments and so on.