Create an exponential growth function, f(x), to model a population of frogs that is growing every year. Identify the principal amount, the growth rate, and the appropriate domain and range for your function. Explain how these key features would affect the graph of f(x).
@Will.H
I suppose there would be a diagram?
uh that last question i asked is so post to be used for this
The radical equation identify errors?
This has nothing to do w that
We can make our own data here if you're allowed
it says create
oh so we just need to make this up
Yeah create expression. It doesn't necessarily Means there won't be existing data
Are there?
This is algebra 1 I remember this
Yeah you have to model your own data
so like
what model? X | Y 1 3 2 6 3 9
Wait that table exist in the question?
Or did you made it up
made it up
Cuz I was already working on the question until that table show up
i made it up... whats yourss
Here's a good start. Exponential growth function form F(x) = P(1 + r)^x Where P is the initial number of frogs R is the rate of the grow X is the matter of time that they will be keep increasing until. So suppose that the initial frogs population in some place is 3000 The rate of growth is 10% annually So the form would be F(x) = 3000(1 + 0.10)^x Where x is the time in years as we mentioned. Now you can predict the number of frogs after x years.
The domain is the time in years (x values) the range is f(x) the number of frogs after specific period of time
That's all.
wo
OMG THIS
look i had one the same thing not too long ago
lmao
And they got you so confused right!?
Helpers here take about a whole hour to answer one question.. Yet they think that's the right methodology lol
lmao
thanks m8
No problem mate
Close the question if you don't need help here anymore
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