The human body has an average of 30 trillion cells. How does the number of virions in the body compare to the number of cells in the body? (1 point)
The equation for the growing virions is A(t) = Pe^(0.15t).
To compare the number of virions to the number of cells in the body, we first need to determine the value of P, which represents the initial number of virions.
Without more information, we cannot directly calculate the value of P. The equation A(t) = Pe^(0.15t) represents the growth of the virions over time (t) with a constant growth rate of 0.15.
If we knew the initial concentration or number of virions, we could substitute that value for P and calculate the number of virions at any given time t.
Therefore, without additional information, we cannot determine the exact comparison between the number of virions and the number of cells in the body.