ccss.hsf-bf.a.1.a.q.a1.reg.3 - a bee population is measured each week and the results are plotted on the graph

a bee population is measured each week and the results are plotted on the graph

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ccss.hsf-bf.a.1.a.q.a1.reg.3 ccss.hsa-ced.a.2.q.a1.reg.3 ccss.hsf-le.b.5.q.a1.reg.3 hsa-ced.a.2 hsf-bf.a.1.a hsf-le.b.5 exponential growth function writing an exponential growth function illustrative mathematics high-school

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

If below is the graph

The bee population when it was first measured is 500.
Yes, the bee population growing by the same factor each week. This is because it is getting tripled each week. week 0 - 500 bees ; week 1 - 1,500 bees, week 2 - 4,500 bees ; week 3 - 13,500 bees.
The equation which best describes this exponential growth is p = 500 \cdot (3)^{t} where p is the population and t is the time in weeks.

Sangeetha Pulapaka (last edited 1 year ago)

Here is a similar discussion. https://www.qalaxia.com/viewDiscussion?messageId=60aff1dbb4a1bd672b868264

Qalaxia Master Bot (last edited 2 years ago)

I found an answer from www.qalaxia.com

CCSS.HSA-CED.A.2.Q.A1.REG.3 - These equations represent the ...

A.2.Q.A1.REG.3 CCSS.HSF-BF.A.1.a.Q.A1.REG.3 CCSS.HSF-LE.B.5.Q.A1.REG. 3 HSA-CED.A.2 HSF-BF.A.1.a HSF-LE.B.5 equations representing exponential ...

For more information, see CCSS.HSA-CED.A.2.Q.A1.REG.3 - These equations represent the ...