e mean temperature of the period 1951-1980, for t irst column indicates the year and the second co e in temperature.
e mean temperature of the period 1951-1980, for t irst column indicates the year and the second co e in temperature.
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![The file GlobalTempData contains the change in temperature, compared
to the mean temperature of the period 1951-1980, for the years 1881-2020.
The first column indicates the year and the second column indicates the
change in temperature.
(a) Formulate a least squares (regression) problem to find the best quadratic
function (in the year) that fits the data.
(b) Solve the problem using CVX.
(c) Generate a figure to plot the given data, and on the same figure plot
the quadratic function for the years 1881-2040.
(d) Use your model to predict the change in temperature for the year
2030.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F072e444d-1bde-4899-b3c3-9f07885f3d58%2F87303821-280c-45d8-909a-fca9ee66e3fa%2F005zxmu_processed.png&w=3840&q=75)
Transcribed Image Text:The file GlobalTempData contains the change in temperature, compared
to the mean temperature of the period 1951-1980, for the years 1881-2020.
The first column indicates the year and the second column indicates the
change in temperature.
(a) Formulate a least squares (regression) problem to find the best quadratic
function (in the year) that fits the data.
(b) Solve the problem using CVX.
(c) Generate a figure to plot the given data, and on the same figure plot
the quadratic function for the years 1881-2040.
(d) Use your model to predict the change in temperature for the year
2030.
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