ccss.hsa-sse.a.1.q.a1.hdc.2 - A bacteria population is 5,000 when it is first measured and then doubles each day.

A bacteria population is 5,000 when it is first measured and then doubles each day.

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ccss.hsa-sse.a.1.q.a1.hdc.2 ccss.hsa-sse.b.3.q.a1.hdc.2 ccss.hsf-bf.a.1.a.q.a1.hdc.2 hsa-sse.a.1 hsa-sse.b.3 hsf-bf.a.1.a a bacteria population is 10000 when it is first measured exponential functions

Anonymous

Use this information to complete the table.
Which is the first day, after the antibiotic is given, that the bacteria population is more than 1,000,000 ?
Write an equation relating p, the bacteria population, to d, the number of days since it was first measured.

Sangeetha Pulapaka (last edited 2 years ago) (Expert, Educator @Qalaxia)

Day 8 it is 1,280,000 which is more than 100,000. So day 8 is the first day, after the antibiotic is given, the population is more than 100,000.

p = 5 \cdot 2^{d} is the equation which shows the bacterial population, p, in d number of days.