Solve the problem.The number of bacteria growing in an incubation culture increases with time according to n(t) = 9000(5)t where t is time in days. Find the number of bacteria when t = 0 and t = 4.
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Solve the problem.The amount of particulate matter left in s…
Solve the problem.The amount of particulate matter left in solution during a filtering process is given by the equation p(n) = 700(2)-0.4n where n is the number of filtering steps. Find the amounts left for n = 0 and n = 5. (Round to the nearest whole number.)
There are currently 56 million cars in a certain country, in…
There are currently 56 million cars in a certain country, increasing exponentially by 7.3% annually. How many years will it take for this country to have 84 million cars? Round to the nearest year.
Determine the graph of the function.f(x) = 2.548x
Determine the graph of the function.f(x) = 2.548x
Convert to a logarithmic equation. 161/2 = 4
Convert to a logarithmic equation. 161/2 = 4
Solve the problem.The number of bacteria growing in an incub…
Solve the problem.The number of bacteria growing in an incubation culture increases with time according to n(t) = 9000(5)t where t is time in days. After how many days will the number of bacteria in the culture be 650,000?
Solve the problem. A box contains a radioactive substance. …
Solve the problem. A box contains a radioactive substance. The number of kilograms, r(t), at time t years is given by r(t) = 2-0.002588t. How long will it take until only one-half kilogram of the radioactive substance is left in the box?
Solve the problem.At what interest rate would a deposit of $…
Solve the problem.At what interest rate would a deposit of $50,000 grow to $ 116,982 in 25 years with continuous compounding?
Solve the equation for x by first rewriting both sides as po…
Solve the equation for x by first rewriting both sides as powers of the same base.
Convert to a logarithmic equation.
Convert to a logarithmic equation.