Final answer:
The inverse function is " s^-1(t) = ln(t/754) / ln(1.023).
Step-by-step explanation:
To find the inverse function for the given model s(t)=754(1.023)^t, we first replace s(t) with y and solve for t.
The steps for finding the inverse function are as follows:
- Start with the original function:
y = 754(1.023)^t.
t = 754(1.023)^y.
- Divide both sides by 754 to isolate the exponential term:
t/754 = (1.023)^y.
- Take the natural logarithm (ln) of both sides to get:
ln(t/754) = y * ln(1.023).
- Divide by ln(1.023) to solve for y:
y = ln(t/754) / ln(1.023).
The inverse function is: s-1(t) = ln(t/754) / ln(1.023).