The number of bacteria present at a given time under certain conditions is given by the equation Q = 4,000e 0.01t, where t is expressed in minutes. How many bacteria are present at the end of 45 minutes?Please round the answers to the nearest whole.
A. Q = 6,344 bacteria
B. Q = 6,273 bacteria
C. Q = 6,287 bacteria
D. Q = 6,298 bacteria
E. Q = 6,282 bacteria
Answer: B
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In the following situation, state whether two variables are related in a way that might be described by a function. If so, identify the independent and dependent variables.You make a list of the titles of books in a public library and their copyright year.
A. Independend variable, copyright year; dependent variable, book title B. Independend variable, book title; dependent variable, copyright year C. does not describe a function
Solve the problem.Use the Huntington-Hill method to apportion eleven seats among State X, State Y, and State Z. The populations of the states are state X, 4.0 million; State Y, 6.5 million; and State Z, 5.2 million. The current assignment of ten seats is State X has two seats, State Y has four seats, and State Z has four seats. Assign the eleventh and twelfth seat.
A. Eleventh seat: State X; Twelfth seat: State Z B. Eleventh seat: State Y; Twelfth seat: State Y C. Eleventh seat: State X; Twelfth seat: State Y D. Eleventh seat: State Y; Twelfth seat: State Z
Determine whether the statement is true or false.? < 3
A. True B. False
A) How is the end behavior of a polynomial graph determined? Completely describe all 4 cases and express the behavior with the proper symbols. Consider the 2 cases of a polynomial in standard form and a polynomial in factored form.
B) How are the x-intercepts of a polynomial found and expressed? What could the graph do at the x-intercepts and how is that determined? Consider the 2 cases of a polynomial in standard form and a polynomial in factored form.
C) How is the y-intercept found and expressed? Consider the 2 cases of a polynomial in standard form and a polynomial in factored form.