Since we are given that the rate of growth of the bacteria is 4% then, the amount of bacteria is 1.04 times that of the amount the previous day. This can be mathematically expressed as,
A(t) = (Ao) x (1.04)^(t/n)
where A(t) is the amount after t days, Ao is the original amount, t is the number of days and n is the basis of the rate reported.
Substituting the known values,
A(t) = 5000 x (1.04)^(10/1)
A(t) = 7401.22
Thus, the amount of bacteria after 10 days is approximately equal to 7401.
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You may have heard that traditional paper books are disappearing in favor of those new-fangled electronic books. While e-books have made huge inroads in the publishing industry, I don’t believe that traditional books will ever completely disappear.I grew up reading books as my special pastime. Nothing can compare to sitting by a crackling fire turning the pages of a leather-bound book or lounging at the beach with a good dog-eared paperback while soaking up the sun. Yet, recently, I have turned to e-books for much of my reading. I believe that there is room in my life for both types of books. I believe that while Americans still love paper books, they are reading e-books than ever before and they are reading them on more kinds of devices.
Answer:
Yes, because if you divide $2.03 by $.58 you will get 3.5. Once rounded 3.5 turns to 4
Step-by-step explanation: