In 1950, the per capita gross domestic product (GDP) of Australia was approximately $1800. Each year afterwards, the per capita
GDP increased by approximately 6.7%. Write a function that gives the approximate per capita GDP of Australia t years after 1950.
2 answers:
The function would be: G(t) = 1800(1.067)^t
This is an exponential equation. There are in the form: y = ab^x
The a value represents the starting amount of 1800.
The b value represents the increasing rate of 1.067 (adding on 6.7%).
Answer: 1800•1.067^t
Step-by-step explanation:
You might be interested in
Answer:
Table B
Step-by-step explanation:
correct on edge :)
I think of a number, (55) = my x. -1 = 54 x 3 = 162.
Answer:
If M is midpoint of AB, then
AM=MB
4x-5= 2x+11
2x=16
x=8
AM= 4x-5
=4(8)-5
=32-5
=27
BM=2x+11
=2(8)+11
=16+11
=27
Hope it helps:-)
Answer:
15$
Step-by-step explanation:
14=$6
35=6*35/14
15
