Define a public static method named iceCreamPrice2 that computes and returns the total price (a double data type) of an ice cream cone. This method has 2 parameters in the following order: -- size of the ice cream cone (a char data type) -- number of toppings (an int data type) The price for a large ('L') ice cream cone is 4.00 The price for a medium ('M') ice cream cone is 3.00 The price for a small ('S') ice cream cone is 2.00 If another size is passed to this method - treat it as a large Toppings cost 0.50 per topping, you can assume the number of toppings will be a whole number greater or equal to 0 Here are some test cases with expected results: iceCreamPrice2('S', 1) --> 2.50 iceCreamPrice2('M', 0) --> 3.00 iceCreamPrice2('L', 3) --> 5.50 iceCreamPrice2('Z', 1) --> 4.50

1. the program must provide following functions to extract some statistics. note that the data_list parameter specified in these functions may be the same for all functions or different for different functions—that is your choice. a skeleton file is provided on mirmir. a) open_file()prompts the user to enter a year number for the data file. the program will check whether the year is between 1990 and 2015 (both inclusive). if year number is valid, the program will try to open data file with file name ‘year.txt’, where is the year. appropriate error message should be shown if the data file cannot be opened or if the year number is invalid. this function will loop until it receives proper input and successfully opens the file. it returns a file pointer and year. i. hint: use string concatenation to construct the file name b) read_file(fp)has one parameter, a file pointer read. this function returns a list of your choosing containing data you need for other parts of this project. c) find_average(data_list) takes a list of data (of some organization of your choosing) and returns the average salary. the function does not print anything. hints: i. this is not the average of the last column of data. it is not mathematically valid to find an average by finding the average of averages—for example, in this case there are many more in the lowest category than in the highest category. ii. how many wage earners are considered in finding the average (denominator)

Could you find out how im still getting an 83 percent on this in edhesive a = input("enter an animal: ") s = input ("enter a sound: ") e = "e-i-e-i-o" print ("old macdonald had a farm, " + e) print ("and on his farm he had a " + a + "," + e) print ("with a " + s + "-" + s + " here and a " + s + "-" + s + " there") print ("here a " + s+ " there a " + s) print ("everywhere a " + s + "-" + s ) print ("old macdonald had a farm, " + e)

Write a program that reads a set of floating-point values. ask the user to enter the values, then print • the average of the values. • the smallest of the values. • the largest of the values. • the range, that is the difference between the smallest and largest. of course, you may only prompt for the values once.