A bacterial culture began with 7500 bacteria it's growth can be modeled using an expotential relation. N = 7500 x 2^(t/36), work t is in hours n is the final number of bacteria. How many bacteria are present after 72 h?

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A:

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Q: hich process best describes graphing the function g(x)=140(0.5)^x/4 on the coordinate p

A: Given,                   g(x)=1400.5x4

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A: 8 + e1-4x = 20 e1-4x = 12

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A:

Q: y=3e^x + 4/∛x *differentiate the function.

A: Topic:- derivatives

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Q: 0) V (1

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Q: The equation N(t) = ac^t can be used to model the growth of of a human embryo, where N(t) represents…

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Q: Use linearization to approximate the value of 1.95e^(1.95)^2 (−0.1)

A: We need to find approximate value of given function.