The following data is the result of an investigation of the effect of temperature on the conversion rate of a chemical p
Posted: Mon Jun 06, 2022 6:43 pm
The following data is the result of an investigation of the
effect of temperature on the conversion rate of a chemical
process:
Temperature (%)
200
54
206
54
210
56
227
74
228
80
An adequate model to explain this relationship is believed to
be:
y=α⋅β^x
where and is the percentage of conversion y x the temperature
during the chemical process. If the method of least squares is used
to fit this function to the data set, it is obtained that:
a)y= .
b)Therefore, it is expected that at a temperature of 206 °C a
conversion of = %
effect of temperature on the conversion rate of a chemical
process:
Temperature (%)
200
54
206
54
210
56
227
74
228
80
An adequate model to explain this relationship is believed to
be:
y=α⋅β^x
where and is the percentage of conversion y x the temperature
during the chemical process. If the method of least squares is used
to fit this function to the data set, it is obtained that:
a)y= .
b)Therefore, it is expected that at a temperature of 206 °C a
conversion of = %