Answer questions 14, and 16.

In Exercises 13 and 14 write a simpler and clearer code that performs the same task as the given code. 13. name = input("Enter a name: ") print (name) name = input("Enter a name: ") print (name) name = input ("Enter a name: ") print(name) 14. L = [2, 4, 6, 8] total = 0 while L != [] total L[0] LL[1:] print (total) 15. Temperature Conversions Write a program that displays a Celsius-to-Fahrenheit conversion table. Entries in the table should range from 10 to 30 degrees Celsius in increments of 5 degrees. See Fig. 3.250. Note: The formula f=(c) + 32 converts Celsius degrees to Fahrenheit degrees. Celsius Fahrenheit 10 50 20 3086 FIGURE 3.25 Outcome of Exercise 15. Enter coefficient of restitution: 7 Enter initial height in meters: & Number of bounces: 13 Meters traveled: 44.82 FIGURE 3.26 Possible outcome of Exercise 16. 16. Bouncing Ball The coefficient of restitution of a ball, a number between 0 and 1, specifies how much energy is conserved when the ball hits a rigid surface. A coefficient of 9, for instance, means a bouncing ball will rise to 90% of its previous height after each bounce. Write a program to input a coefficient of restitution and an initial height in meters, and report how many times a ball bounces when dropped from its initial height before it rises to a height of less than 10 centimeters. Also report the total distance traveled by the ball before this point. See Fig. 3.26. The coefficients of restitution of a tennis ball, basketball, super ball, and softball are 7, 75, 9, and 3, respectively