Suppose that a time machine allows you to go back in time (and to travel to Australia!), and you collect rabbits and myxoma from the years 1955 and 1980. Once you are back in the twenty-first century, you infect both sets of rabbits with both sets of myxoma viruses. The most likely result will be that (1) the rabbits from 1955 injected with the 1955 virus will have a _______ survival rate than those same rabbits injected with the 1980 virus; and that (2) the rabbits from 1955 injected with the 1980 virus will have a _______ survival rate than rabbits from 1980 injected with the 1980 virus.

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The Answer of Suppose that a time machine allows you to go back in time (and to travel to Australia!), and you collect rabbits and myxoma from the years 1955 and 1980. Once you are back in the twenty-first century, you infect both sets of rabbits with both sets of myxoma viruses. The most likely result will be that (1) the rabbits from 1955 injected with the 1955 virus will have a _______ survival rate than those same rabbits injected with the 1980 virus; and that (2) the rabbits from 1955 injected with the 1980 virus will have a _______ survival rate than rabbits from 1980 injected with the 1980 virus.

Suppose That a Time Machine Allows You to Go Back