SOLUTION: An exponential function f has a 1-unit growth factor of 1.33 and f(0)=13. Start by sketching a graph of f.
a. what is the value of f(4)?
b. define the function formula of
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-> SOLUTION: An exponential function f has a 1-unit growth factor of 1.33 and f(0)=13. Start by sketching a graph of f.
a. what is the value of f(4)?
b. define the function formula of
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Question 1124419: An exponential function f has a 1-unit growth factor of 1.33 and f(0)=13. Start by sketching a graph of f.
a. what is the value of f(4)?
b. define the function formula of f? f(x)=
An exponential function g has a 1-unit growth factor of 1.23 and g(0)=3. Start by sketching a graph of g.
a. what is the value of g(6)?
b. define the function formula of g?
You can put this solution on YOUR website! general form of the exponential growth or decay function is
:
f(x) = ab^x
:
a=13, b=1.33
:
a and b) graph of f(x) = 13 * 1.33^x is
:
:
f(4) = 13 * 1.33^4 = 40.6771
:
a=3, b=1.23
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a and b) graph of g(x) = 3 * 1.23^x
:
:
g(6) = 3 * 1.23^6 = 10.3885
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