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  1. Write a pseudo code and draw a flowchart that performs the following:
    1. Ask a user to enter a number.
      1. If the number is between 0 and 10, write the word blue.
      2. If the number is between 11 and 20, write the word red.
  • If the number is between 21 and 30, write the word green.
  1. If it is any other number, write that it is not a correct color option.
  1. Write a pseudo code and draw flowchart to print all multiples of 5 between 1 and 100 (including both 1 and 100).
  2. Write a pseudo code and draw a flowchart that will ask a user to input 5 numbers and does following steps:
    1. Read in 5 separate numbers.
    2. Calculate the average of the five numbers.
    3. Find the smallest (minimum) and largest (maximum) of the five entered numbers.
    4. Write out the results found from steps b and c with a message describing what they are.
  3. Write a pseudocode and draw a flowchart solution, which will take in an integer value from the user and determine whether that value is odd or even.

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Questions:
1. What steps must be followed when writing a complete algorithm?
2. Which symbols are used for Flowchart?
a) Draw and explain each symbol.
3. What is Pseudocode?
4. List the differences between flowchart and algorithms.

59. Line 7 (A) System.out.print("null"); } } (B) System.out.print("*"); } } (C) System.out.print("\n"); } } (D) System.out.print(""); } } (E) System.out.print(" "); } } Coding Question - Sum square difference Write a method called sumSqDiff that takes an input an integer upperBound and returns the difference between the square of the sum and the sum of the squares of all natural numbers, up to and including that bound. For example, if the upperBound is 10, your method should compute the following: 102 (1) (1+2+3+...+10)2 – (12 +22 +32 +...+102) Use the 6 following questions to "write" your code. Pay close attention to how your answers group together with each other.

1.Create a list that contains 10 successive integers starting with the value in the variable start. For example, if start is 7, the resulting list should be [7, 8, 9, 10, 11, 12, 13, 14, 15, 16]. Store the list in a variable named my_list. Assume that the value of start has already been set.
 
2.Create a list that is made up of the first half of the elements of a list called original_list. Store the new list in a variable called half_list. Assume that the original list has already been initialized and contains an even number of elements.
 
 
3. Write a predicate function called same_ends that accepts a list of integers and an integer (n) as arguments. Return True if the first n numbers in the list are the same as the last n numbers in the list, and False otherwise. For example, if the list was [1, 2, 3, 4, 99, 1, 2, 3, 4], the function would return True if n is 4 and False if n is 3. Assume that n is between 1 and the length of the list, inclusive.
 
4.Write a function called highest_values that accepts as arguments a list of numeric values and a single integer (n). The function should return a list made up of the largest n values from the argument list in order from lowest to highest. For example, if the argument list is [46, 82, 25, 61, 70, 33, 54] and n is 3, the return value should be [61, 70, 82]. Assume that the argument list contains at least n elements.
 
5.Assume that a list of integers stored in a variable named original contains exactly two elements that are zero. Write code that creates a separate list that contains the elements from original that are between the two zeros. Do not include the zeros in the new list. Store the list in a variable named between_zeros.
 
6. Write a function called price_range that accepts a list of floating-point numbers representing prices as an argument and returns the the difference between the highest price and the lowest price. Do NOT use the built-in functions max or min in your solution. Assume that all prices are positive values and that none of them exceed 10,000.00.
 
7. Write a function called count_vowels that accepts a string argument that represents a word and returns the number of vowels that are in the word. The vowels are A, E, I, O, and U (ignore the 'sometimes Y' rule). Count both uppercase and lowercase vowels.
 
8.
Assume that the variable table holds a two-dimensional list of integers. Write code that computes the sum of all elements in the table, assigning the result to the variable table_sum.

 

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