What is b-value in this function: f(x) = 300(1.16)^x?

How do you know that this is exponential growth? $$f\left(x\right)=0\ .25\ \left(\ 1.3\right)^x$$  

How do you know that this is exponential decay? $$f\left(x\right)=\ 25\ \left(\ 0.20\right)^x$$  

Which of the following is an exponential function?

Which of the following are exponential functions?

What is the initial value in y=4(2)^x

What is the y-intercept in y=4(2)^x

What is the y-intercept of f(x)=5(3)^x

What is the starting amount in the problem below?

f(t) = 300(1.05)^t

What is the growth rate in the problem below?

f(t) = 300(1.05)^t

What is the common ratio for the function f(x) = 25 (4)^x

b⁰ =

The y-intercept for any function in the form

y=b^x

The y-intercept for any function in the form

y=b^x

Which represents exponential decay?

Does this table represent exponential growth or decay?

Which function represents the table of values?

Which of the following is an exponential decay? (Check all that apply)

Given the original exponential function defined by y=4^x, how would the graph change if the function were:

y=2(4)^x-3+1?