A certain population of bacteria has a growth rate of 0.04 bacteria/hour. The formula for the growth of the bacteria's population is A = P0(2.71828)^0.04t, where P^a, is the original population and t is the time in hours. If you begin with 400 bacteria, approximately how many of the bacteria can you expect after 100 hours?
A. 40,000
C. 271,828
B. 888,601,488
D. 21839

You didn’t put the necessary image to solve the question : p

One shot. if 60% of 10 is 6, then what is 70%? we know it would be seven (since 60% is mathematically 60/100, or 6/10, then 70% is 70/100, or 7/10) but we can check anyway using ratios: 6 : 60% = x : 70%*inverse multiplicationx * 60% = 6 * 70%*divide both sides by 60%x = (6 * 70%) / 60%x = 7and since he has made 6 shots already, he would need just one more to get 7 shots or 70%. if the explanation is too confusing, comment and i will try to

Solution: beginning of the unit = - 2end of the unit = beginning of the unit + 4end of the unit = - 2 + 4end of the unit = 2final answer: therefore, aila was able to reach 2 ( insert name of unit of measurement ) at the end of the unit.hope this ! : )have a lovely day! < 3