Please do not give solution in image format thanku Finally, create a table with three columns. The first column should be your X, also known as the flipper_length_mm column from your cool_penguins table. The second column should be your Y, also known as the body_mass_g column from your cool_penguins table. The third column will be something you create. It should be called predicted_body_mass_g. Using the slope and intercept that you have calculated, compute the estimated body mass using the flipper_length_mm as the predictor variable. HINT 1: Look at Q12 of HW4 to see how you computed the regression line HINT 2: What you produced in that question (predicted_rnaseq) is an array of predicted numbers. How do you add an array of numbers to a table as a column? In [21]: # While it's possible to do this in one line, breaking this problem into steps might be more helpful!prediction = ...prediction.show(5)
Please do not give solution in image format thanku
Finally, create a table with three columns. The first column should be your X, also known as the flipper_length_mm column from your cool_penguins table. The second column should be your Y, also known as the body_mass_g column from your cool_penguins table. The third column will be something you create. It should be called predicted_body_mass_g. Using the slope and intercept that you have calculated, compute the estimated body mass using the flipper_length_mm as the predictor variable.
HINT 1: Look at Q12 of HW4 to see how you computed the regression line
HINT 2: What you produced in that question (predicted_rnaseq) is an array of predicted numbers. How do you add an array of numbers to a table as a column?
In [21]:
# While it's possible to do this in one line, breaking this problem into steps might be more helpful!prediction = ...prediction.show(5)
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