What is the first step in solving the following exponential equation?

Okay, exponents added. What is the next step to solve this exponential equation?

What is the first step in solving the follow exponential equation?

What is the next step to solving the exponential equation?

Which equation below is an exponential?

In the equation  $$y=a\left(b\right)^x$$    what does the "a" represent?

In the equation  $y=a\left(b\right)^x$    what does the "b" represent?

Ms. Slominski inherited a rare hockey puck collection from her mother. It initially had 10 hockey pucks. Ms. Slominski keeps doubling the collection each year. Which exponential function represents Ms. Slominski's hockey puck collection size.

What is the y-intercept in an exponential function

$$y=a\left(b\right)^x$$  

What is the domain of an exponential function

$$y=a\left(b\right)^x$$  

What is the range of an exponential function

What is the equation for the asymptote in an exponential function

You deposit $5,000 in a savings account. Each year your savings grows by 2%. Which exponential function below represents this scenario?

The population of a city starts at 30,000 but each year they lose 5% of their population. Which exponential equation represents this scenario?

What is the common ratio of the geometric sequence below:

$$48,\ 12,\ 3,\ \frac{3}{4},\ \frac{3}{16}$$  

Which explicit formula represents this Geometric sequence:

$$48,\ 12,\ 3,\ \frac{3}{4},\frac{3}{16}$$  

The population of germs in a petri dish is growing every day. If there are 150 germs on day 1, 225 on day 2, 337.5 on day 3, how many germs will there be on day 10? (Round to a whole number)

Describe the transformation of the parent function

$$f\left(x\right)=6^x$$   to the function $$g\left(x\right)=6^{x-1}-3$$  

Which function represents a translation of 2 unit left and 2 units down of the parent function: $$f\left(x\right)=3^x$$