Mathematics, 26.09.2019 21:20 triddi666
The number of bacteria in a flask grows according to the differential equation (dy)/(dt)= 0.06 y in this question, time is measured in hours and the number of bacteria, y, is measured in millions. the number of bacteria at time t = 0 is 4 million. enter a formula for the number of bacteria at time t y = click here to preview your answer. incorrect: your answer is incorrect. what is the value of the growth constant? growth constant : per hour. how long does it take for the number of bacteria to double? (enter your answer correct to two decimal places.) doubling time : hours. how many million bacteria will be present after 9 hours have passed? (enter your answer correct to one decimal place.) number present after 9 hours : million.
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Mathematics, 21.06.2019 15:20
1-for what value of x is line a parallel to line b 2-for what value of x is line a parallel to line b
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Mathematics, 21.06.2019 18:10
Jordan has $5.37, which he is using to buy ingredients to make salsa. he is buying one red pepper for $1.29 and three pounds of tomatoes. if jordan has exactly the right amount of money he needs, what is the price per pound of the tomatoes? choose the correct equation to represent this real-world problem. solve the equation and verify the reasonableness of your answer. a pound of tomatoes costs .
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Mathematics, 21.06.2019 20:30
Aswimming pool had 2.5 million liters of water in it. some water evaporated, and then the pool only had 22 million liters of water in it. what percent of the water evaporated?
Answers: 2
The number of bacteria in a flask grows according to the differential equation (dy)/(dt)= 0.06 y in...
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