The following algorithm is followed by a person every morning when they get up from bed to go to school Wake up Brush teeth Put on shirt Put on pants Put on socks Put on shoes Tie shoes Which concept does this algorithm BEST demonstrate? A.   Sequencing B.   Selection C.   Iteration D.   Execution

The term "algorithm" is defined.

Nested Loops with Addition Principle This algorithm lists the number of strings formed from the symbols in set D (defined below) of length 4 or less with repetitions allowed. Count the number of operations in each loop and determine the total number of operations. Let D = a set of distinct symbols where |D| = 12. for x = D do print x for x = D do for y ED do print xy for x ED do for y ED do for 2 ED do print xyz for a ED do for y ED do for z E D do for q E D do print xyzq

JAVA algorithm ur pseudo-code ,, top-down, stepwise refinement. Write a Java program..   Baker Co pays commision. Salesppl get $200 a wk nd 9% of their gross sales per wk. You’ve been supplied with a list of the items sold by each salesperson. The values of these items are in pic,    app inputs one 1 sale ladys items sold for last wk and calculates and shows her earnings. She can sell any amnt

An algorithm that has been constructed effectively should not include any ambiguity. briefly describe

The following code implements Newton's algorithm for finding the square root of a number using repetition: n = 17                # we want the square root of 17 for exampleg = 4                 # our guess is 4 initiallyerror = 0.0000000001  # we want to stop when we are this closewhile abs(n - (g**2)) > error:  g = g - ((g**2 - n)/(2 * g))# g holds the square root of n at this point   Implement this algorithm in a function sqRoot(n), that returns the square root using recursion. Assume that the function will be called with positive numbers only. Note: Your initial guess cannot be zero!