Please send me the step by step works. Thanks

2: The Diamond Katana is a popular training aircraft manufactured in London, c) Calculate first differences, second differences, and ratios. Which model appears Ontario. The capacity of the fuel tank is 19.5 gal. The table shows the amount most suitable for the data: linear, quadratic, or exponential? Justify your answer of fuel remaining in the tank during a flight. Time (h) Fuel Remaining First Second Ratios gal Differences Differences Time (h) Fuel Remaining (gal) 0.00 19.5 0.00 19.5 0.25 18.7 0.25 18.7 0.50 17.9 0.50 17.9 0.75 0.75 17.1 17.1 1.00 16.3 1.00 16.3 1.25 15.4 1.25 15.4 1.50 14.6 1.50 14.6 1.75 13.8 1.75 13.8 2.00 13.0 2.00 13.0 2.25 12.2 2.25 12.2 2.50 11.4 2.50 11.4 2.75 10.6 2.75 10.6 3.00 3.00 a) Create a scatter plot of the data d) What is a reasonable estimate for the rate of change of fuel remaining in the tank? Include suitable units for this rate of change. b ) Describe the shape of the graph. e) Perform linear regression to find the coefficient of determination and the equation of the line of best fit. f) Determine the length of time that the aircraft can be flown on one tank of fuel.c) Calculate first differences, second differences, and ratios. Which model appears most suitable for the data: linear, quadratic, or exponential? Justify your answer. Time (h) Fuel Remaining First Second Ratios (gal Differences Differences 0.00 19.5 0.25 18.7 - 0, 8 O 0.50 17.9 - 0 , 8 O 0.75 17.1 - 018 O 1.00 16.3 - 018 - 0 1.25 15.4 - 019 - ol 1.50 14.6 - 0 1 8 Oil 1.75 13.8 -2, 8 O 2.00 13.0 -018 O 2.25 12.2 - 0. 8 O 2.50 11.4 -0 , 8 O 2.75 10.6 - 018 -O 3.00 9.8 - 01 8 O d) What is a reasonable estimate for the rate of change of fuel remaining in the tank? Include suitable units for this rate of change. e) Perform linear regression to find the coefficient of determination and the equation of the line of best fit. f) Determine the length of time that the aircraft can be flown on one tank of fuel