The following table gives the mean monthly temperatures for Sudbury and Windsor, two cities in Ontario. Each month is represented by the day of the year in the middle of the month. 1. Create a scatter plot of mean monthly temperature versus day of the year for each city. 2. Draw the curve of best fit for each graph. 3. a) Determine an equation of a sinusoidal function to model the data for each city (in radian measure). b) Determine an equation of a sinusoidal function to model the data for each city (in degree measure). 4. Estimate the following temperatures using your equation: a) average daily temperature in Sudbury on the 200th day of the year. b) average dally temperature in Windsor on the 10oth day of the year. The following table gives the mean monthly temperatures for Sudbury and Windsor, two cities in Ontario. Each month is represented by the day of the year in the middle of the month. 1. Create a scatter plot of mean monthly temperature versus day of the year for each city. 2. Draw the curve of best fit for each graph. 3. a) Determine an equation of a sinusoidal function to model the data for each city (in radian measure). b) Determine an equation of a sinusoidal function to model the data for each city (in degree measure). 4. Estimate the following temperatures using your equation: a) average daily temperature in Sudbury on the 200th day of the year. b) average dally temperature in Windsor on the 10oth day of the year