A bacteria population is modeled by the equation p(h) = 10,000 - 2", where h is the number of hours since the population was measured. How would you determine how long it takes for the population to reach 100,000,000 A) Take 2^1 multiplied by 10,000, and then 2^2 multiplied by 10,000 and repeat until you get 100,000,000

B)All are correct

C) Divide 100,000,00 by 10,00 and use log to determine h

D) Use a graph of p(h) and determine what x value would have a y value of 100,000,000​

1 x=22.52

2: 65/39=604+39x

65x-39x=604

26x=604

x=604/26

×=23.23

(1, –1), (16, –4), (36, –6)

step-by-step explanation:

given that the function is

this can also be written as

we have to graph this function and check which list of points lie on the graph

see attachment for graph:

we find that the points lying are (1,-1) (16,-4) and (36,-6)

since square root is there we find that x can only be posiitve but y can be since square root both positive and negative.

c.

step-by-step explanation:

she should of added 9^2 and 12^2. that is because it is a^2+b^2=c^2. c^2 is the hypotenuse and should always be bigger than the other two numbers. which is why she should of added 9 squared and 12 squared together instead of 15 squared.

answer: 12   they all have at least 28 days

step-by-step explanation: haha