Select the correct answer. An antibiotic is added to a bacteria culture. The function, n(t), represents the count of bacteria alive with respect to time in seconds in an exponential manner. n(t) = 8,000(0.79)t What is the asymptote and y-intercept of the function that represents the count of bacteria alive? A. asymptote: y = 1 y-intercept: (0 , 6,000) B. asymptote: y = 0 y-intercept: (0 , 8,000) C. asymptote: y = 0 y-intercept: (0 , 5,000) D. asymptote: y = 1 y-intercept: (0 , 8,000)

the function makes a strait line horizontally with no x intercept but a y intercept at 9.

if you are looking for the unit rate then the answer would be 9 because unit rate is distance divided by time.

step-by-step explanation:

ending amount = beginning amount / (2^n)

where "n" = number of half-lives (or elapsed time / half-life)

ending amount = 50 mg / (2 ^10 / 5.3)

ending amount = 50 mg / (2 ^ 1.8867924528)

ending amount = 50 m / 3.6981210597

ending amount = 13.5203794557 mg

or about 13.5 mg remain

source:  

emily solved for a part when she should have solved for the whole. 875,000 should be the numerator of the equivalent ratio. 70 x 12,500 is 875,000. so the answer is 100 x 12,500 which is 1,250,000.