Part C (8 points). Write a function called graph_errors(x_vals, start_term, end_term) such that: x_vals is a list of x values for which we compute cos(x) We compute the errors in cos(x) for all x values in x_vals and for all terms between start_term and end_term This function displays a graph of errors X axis contains terms (between start_term and end_term, both inclusive) Y axis contains errors with the corresponding terms o Each line on the graph corresponds to the errors of one x value in x_vals X ticks must contain all integers between start_term and end_term (both inclusive), in increments of 1 X label must be: "Number of Terms" Y label must be: "Error" o Plot title must be: "Approximating Cosine with Taylor Series" o o o For example, the graph produced for the function call graph_errors([9,10,11), 6, 15) is the following. One line is for x=9, one line is for x=10, one line is for x=11. Approximating Cosine with Taylor Series 3500 3000 2500 2000 1500 1000 500 0 7 8 g 10 11 12 Number of Terms 13 14 15 Part C (8 points). Write a function called graph_errors(x_vals, start_term, end_term) such that: x_vals is a list of x values for which we compute cos(x) We compute the errors in cos(x) for all x values in x_vals and for all terms between start_term and end_term This function displays a graph of errors X axis contains terms (between start_term and end_term, both inclusive) Y axis contains errors with the corresponding terms o Each line on the graph corresponds to the errors of one x value in x_vals X ticks must contain all integers between start_term and end_term (both inclusive), in increments of 1 X label must be: "Number of Terms" Y label must be: "Error" o Plot title must be: "Approximating Cosine with Taylor Series" o o o For example, the graph produced for the function call graph_errors([9,10,11), 6, 15) is the following. One line is for x=9, one line is for x=10, one line is for x=11. Approximating Cosine with Taylor Series 3500 3000 2500 2000 1500 1000 500 0 7 8 g 10 11 12 Number of Terms 13 14 15