Please help!! thank you
1 answer:
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Answer:
(a)
(b) 25,000
(c) 4.3068 min.
Step-by-step explanation:
Rate of change in the number of bacteria is proportional to the number present.
Let N is the population of bacteria.
∝ N ⇒
{ k = proportionality constant}
initial population No. = 10,000
= 20,000
and
(a) For population growth
----------(1)
----------(2)
from equation (1) and (2)
so expression will be
(b) for t = 20
=
= 10,000 × 25
= 25,000
(c) Since [from equation (1)]
= 4.3068
= 4.3068 min.
Answer:
Exact Form:
Decimal Form:
3.78818692 x
I hope this helped! :) If this is correct please give me brainliest!