Answer:
The value of g(−2) is smaller than the value of g(4).
Step-by-step explanation:
To solve this, simply plug in the values in the given equation g(x)=8x-2.
g(-2)=8(-2)-2 -----> -18
g(4)=8(4)-2 ------> 30
here it is obvious that -18 is smaller than 30, therefore the value of g(−2) is smaller than the value of g(4).
Answer:
a) 
b) f(x) 
c) Year 1: Linear $17550, exponential $17099
Year 4: Linear $5700, exponential $8601
d) Exponential model
e) The linear model depreciates the value quicker than exponential model long term around 4 years
Step-by-step explanation:
a) At year 0 the price is 21500 and at year 2 the price is 13600
WE can use points (0,21500) and (2,13600)
We can determine the gradient

We can use the point slow formula:



b) We can use the following equation:
f(x) 
f(x) is the depreciation value after amount of time t, a is the new value, r is the rate of depreciation and x is the time.


The depreciation rate is 20.47% and is negative because it decreases the new value of the car
c) Year 1:

f(x) 
Year 4:

f(x) 
d) Year 2

f(x) 
Answer:
What's the question? All you posted was the potential answers.
Step-by-step explanation:
Answer:
504
Step-by-step explanation: