Two different bacteria colonies begin with the same number of bacteria. The colony populations, P_(1) and P_(2), are modeled by the equations P_(1) = 100(2)^t and P_(2) = 100(5)^t where t is the time in hours. What describes the relation between P_(1) and P_(2) after 3 hours? PLEASE HELP ASAP!! I attached a picture of the original problem.

The number of members f(x) in a local swimming club increased by 30% every year over a period of x years. the function below shows the relationship between f(x) and x: f(x) = 10(1.3)xwhich of the following graphs best represents the function? graph of f of x equals 1.3 multiplied by 10 to the power of x graph of exponential function going up from left to right in quadrant 1 through the point 0, 0 and continuing towards infinity graph of f of x equals 10 multiplied by 1.3 to the power of x graph of f of x equals 1.3 to the power of x