The following table shows, for a certain chemical reaction, the rate of reaction R, in moles per cubic meter per second, as a function of the concentration x, in moles per cubic meter, of the product. Concentration x Reaction rate R 10 20 30 40 50 2 17 13 (a) Use quadratic regression to find a model for the data. Round regression parameters to three decimal places. R = (b) Use your model to estimate R(23). (Round your answer to two decimal places.) R(23) = moles per cubic meter per second Explain vhat your answer means. The reaction rate at a concentration of 23 moles per cubic meter is |moles per cubic meter per second. (c) Estimate the concentration at which the reaction rate is 4 moles per cubic meter per second. (Consider concentrations only up to a level of 50 moles per cubic meter. Round your answer to two decimal places.) moles per cubic centimeter

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Chapter4: Linear Functions
Section4.3: Fitting Linear Models To Data
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The following table shows, for a certain chemical reaction, the rate of reaction R, in moles per cubic meter per second, as a function of the concentration x, in
moles per cubic meter, of the product.
Concentration x
Reaction rate R
10
20
30
40
50
17
13
2
(a) Use quadratic regression to find a model for the data. Round regression parameters to three decimal places.
R =
(b) Use your model to estimate R(23). (Round your answer to two decimal places.)
R(23) =
moles per cubic meter per second
Explain what your answer means.
The reaction rate at a l concentration V
of 23 moles per cubic meter is
moles per cubic meter per second.
(c) Estimate the concentration at which the reaction rate is 4 moles per cubic meter per second. (Consider concentrations only up to a level of 50 moles
per cubic meter. Round your answer to two decimal places.)
moles per cubic centimeter
Transcribed Image Text:The following table shows, for a certain chemical reaction, the rate of reaction R, in moles per cubic meter per second, as a function of the concentration x, in moles per cubic meter, of the product. Concentration x Reaction rate R 10 20 30 40 50 17 13 2 (a) Use quadratic regression to find a model for the data. Round regression parameters to three decimal places. R = (b) Use your model to estimate R(23). (Round your answer to two decimal places.) R(23) = moles per cubic meter per second Explain what your answer means. The reaction rate at a l concentration V of 23 moles per cubic meter is moles per cubic meter per second. (c) Estimate the concentration at which the reaction rate is 4 moles per cubic meter per second. (Consider concentrations only up to a level of 50 moles per cubic meter. Round your answer to two decimal places.) moles per cubic centimeter
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