The initial population was 80
<h3>
Solution ;</h3>
The bacteria culture has a constant growth rate.
So, N(t) = No*(1 + r)^t
Solution :
400 = No*(1 + r)^2
50000 = No*(1 + r)^8
(1 + r)^6 = 125
=> 1 + r = 2.2360
No = 400÷(1 + r)^2 = 80
Hence, now we can conclude that the initial number of the bacterial culture was 80.
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Bacteria defend themselves against viral infections<span> by modification of the receptor sites as well as involvement of </span>restriction endonuclease enzymes<span> which acts on</span>viral<span> DNA and not acting on self as the </span>bacterial<span> DNA is methylated.</span>
Since the cell is hypotonic compared to the solution surrounding it which is hypertonic, the water will move out of the cell in an effort to reach equilibrium between the two.
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