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In 1950, the per capita gross domestic product (GDP) of Australia was approximately 
$1800. Each year afterwards, the per capita GDP increased by approximately 
6.7%.
Write a function that gives the approximate per capita GDP 
G(t) of Australia 
t years after 1950. Do not enter commas in your answer.

G(t)=

In 19501950, the per capita gross domestic product (GDP) of Australia was approximately $1800 \$ 1800 . Each year afterwards, the per capita GDP increased by approximately 6.7% 6.7 \% .\newlineWrite a function that gives the approximate per capita GDP G(t) G(t) of Australia t t years after 19501950. Do not enter commas in your answer.\newlineG(t)= G(t)=

Full solution

Q. In 19501950, the per capita gross domestic product (GDP) of Australia was approximately $1800 \$ 1800 . Each year afterwards, the per capita GDP increased by approximately 6.7% 6.7 \% .\newlineWrite a function that gives the approximate per capita GDP G(t) G(t) of Australia t t years after 19501950. Do not enter commas in your answer.\newlineG(t)= G(t)=
  1. Convert to decimal: Write 6.7%6.7\% as a decimal.\newline6.7%=6.7100=0.0676.7\% = \frac{6.7}{100} = 0.067
  2. Determine growth factor: Determine the growth factor bb for the per capita GDP.\newlineFor exponential growth, b>1b > 1.\newlineGrowth factor: b=1+rb = 1 + r, where rr is the rate of increase.
  3. Calculate growth factor: Calculate the value of the growth factor bb using the rate of increase r=0.067r = 0.067.b=1+rb = 1 + rb=1+0.067b = 1 + 0.067b=1.067b = 1.067
  4. Identify GDP values: Identify the initial per capita GDP aa and the growth factor bb to write the exponential function.\newlineInitial per capita GDP aa: $1800\$1800\newlineGrowth factor bb: 1.0671.067\newlineThe function will be in the form G(t)=a(b)tG(t) = a(b)^t.
  5. Write exponential function: Write the exponential function using the values of aa and bb.G(t)=1800(1.067)tG(t) = 1800(1.067)^t

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