Answer: (0, 901)
Step-by-step explanation: If we define the population function as a function of y, where y means years, the first time we measure it we get P = 901, and then, the population grows a 2% (this means that we need to multiply the population of the previous year by 1.02) every year that passes.
If we define this first measure as the year zero, we have the relation:
P(0) = 901
P(1) = 901*1.02
P(2) = 901*1.02*1.02
so we can see that:
P(y) = 901*(1.02)^y
where y can be any integer.
Here we see that the graph of our function will be an exponential growth.
The coordinates of the y-intercept are the pair of p(0) = 901, this pair is (0,901), the fourth option of the given ones.