Project 3 (section 4)
Exponential growth assignment:
We discussed earlier with exponential growth that doubling can’t continue forever. Something will happen to cause the growth to stop. Consider the following scenario:
A rabbit matures at 6 months, has a gestation period of 31 days—call it one month (with a 4 week time lapse after birth to become fertile again), and has a litter of 10 rabbits (assume that half are female). Assuming perfect conditions exist and continue, how many rabbits are there in 2.5 years (30 months)? What is happening with the population of the rabbits?
Here is what you need to do. For a 30 month period:
1. Track the number of baby bunnies the first pair have.
2. Track the number of baby bunnies the original bunnies babies have.
3. Track the number of baby bunnies the baby bunnies babies have.
4. You get the idea…
As part of your project…
· Do a month by month graph of the population
· Use an excel spreadsheet to total number of baby bunnies over the 30 months…
· Use the “Quadreg” function on your calculator to find a regression line. Show the table (include data in your table for only the first 24 months) that you use to determine the equation. Your table will need two lists (time and population) to be used for the regression function.
Make sure that you include:
· Both names on your project and that you include the percent of contribution for each member
· A graphic tracking of the growth (visual display of growth and numeric--with bi-monthly tracking)
· An approximation of the population over the 30 month period
· Regression formula along with table of data (include data only up to 24 months)
· Use the regression line to predict the population at 30 months (and compare with what you find) at 60 month
· A brief narrative discussing the different aspects as to why this growth can’t continue to grow in this manner and discuss what will happen to the growth
Re: Good at math? Help me!
Sorry, I'm pretty good at math but that is just too much for my brain. Where are our scientists?
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
Assuming the initial pair are pregnant in month 1 and first babies are born month 2 it worked well.
So just looking at the first column it went p, 10, w, p, 10, ... Where p is pregnant and w is waiting. The first pair has 100 babies.
Week 2 babies = 10
The column would be , b (born), m (maturing), m, m, m, m, p, 50, w, p 50, w, p, 50, .... There are 400 babies
Week 3 and 4 no babies
Week 5 you have 10 babies from the first pair.
You should quickly see the pattern.
In total there are 35652 bunnies including the original 2.
P.S.
I can't believe you like this kind of stuff!
Babies are pregnant on the 1st day they are mature, first bunnies get pregnant first day of the study
Also remember, eventually their environment won't be able to support them and they will start dying off. They will run out of space and food. If that happens to.be a question you have to answer.
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
Surprise! BFP 3/7/2013, Missed MC, D&C @ 7w5d
BFP 12/10/2013, Natural MC @ 5w1d
BFP 2/15/2014...Katia Elizabeth is due 10/23/2014!
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
:-?
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
I so appreciate all of you coming in and reading this mind-numbing post. The teammate I have for the project is just as clueless as I am.
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
TFMC 08.02.13 at 19+ weeks. Everyday I grieve for my little Olive.
:x
:x to you too!