Computing Average of Eleven Numbers
1. A pseudo-code that reads eleven numbers from the user and prints the average of these eleven numbers. Also counts the occurrence of number 6 in the program.
2. A Pseudo Code that reads a positive integer from user and finds the average of all even numbers between 1 and user’s input.
3. A pseudo code that reads the data from user until dummy value 999 encountered and print some results based on this data.
A pseudo-code that reads eleven numbers from the user and prints the average of these eleven numbers. Also counts the occurrence of number 6 in the program.
//MAIN MODULE
CREATE AVERAGE_OF_NUMBERS
//an object created to give a call to other modules
CREATE object for AVERAGE_OF_NUMBERS
COMPUTE_INITIALIZE_VARIABLES
COMPUTE_CALCULATE_AVERAGE
COMPUTE_DISPLAY_AVERAGE
END
//INITIALIZATION MODULE
CREATE INITIALIZE_VARIABLES
//create array
DECLARE and INITIALIZE MEMORY TO ARRAY ELEVEN_NUMBERS[ ]
INITIALIZE an integer CLOCK to value 0
INITIALIZE an integer SUM to value 0
DECLARE a decimal variable AVERAGE
INITIALIZE an integer i to value 1
END
//CALCULATION MODULE
CREATE CALCULATE_AVERAGE
REPEAT
READ ELEVEN_NUMBERS[i] //populate array
IF ELEVEN_NUMBERS[i] equals 6 //check for the occurrence of number 6
INCREMENT CLOCK by 1
//counter incremented in case number 6 found
END IF
UNTIL i equals 11 //Auto increments value of i and checks the condition SET i = 1
REPEAT
Set SUM = SUM + ELEVEN_NUMBERS[i]
UNTIL i = 11
SET AVERAGE = SUM / 11
END
//OUTPUT MODULE
CREATE DISPLAY_AVERAGE
PRINT AVERAGE //display average of eleven numbers
PRINT CLOCK //display multiple occurrence of number 6
END
A Pseudo Code that reads a positive integer from user and finds the average of all even numbers between 1 and user’s input.
//MAIN MODULE
CREATE AVERAGE_OF_EVEN_NUMBERS
CREATE object for AVERAGE_OF_EVEN_NUMBERS
COMPUTE_INITIALIZE_VARIABLES
COMPUTE_READ_MAX_LIMIT
COMPUTE_CALCULATE_EVEN_AVERAGE
COMPUTE_DISPLAY_EVEN_AVERAGE
END
//INITIALIZATION MODULE
CREATE INITIALIZE_VARIABLES
DECLARE a decimal variable AVERAGE
INITIALIZE an integer P to value 0
INITIALIZE an integer CLOCK to value 0
INITIALIZE an integer I to value 1
INITIALIZE an integer SUM to value 0
END
//INPUT MODULE
CREATE READ_MAX_LIMIT
PRINT “INPUT A POSITIVE INTEGER”
WHILE P
READ P
IF P<=0 //Validation Check
PRINT “INVALID INPUT: PLEASE RE-TRY”
//Error message printed if validation fails
END IF
END WHILE
END
// CALCULATION MODULE
CREATE CALCULATE_EVEN_AVERAGE
REPEAT
IF I MOD 2 EQUAL 0
SET SUM = SUM + I
SET CLOCK = CLOCK + 1
END IF
UNTIL I>=P //Auto increments value of i and checks the condition
SET AVERAGE = SUM/CLOCK
END
//OUTPUT MODULE
CREATE DISPLAY_EVEN_AVERAGE
PRINT AVERAGE
END
A pseudo code that reads the data from user until dummy value 999 encountered and print some results based on this data.
//MAIN MODULE
CREATE CHILDREN_RECORD
CREATE object for CHILDREN_RECORD
COMPUTE_ INITIALIZE_VARIABLES
COMPUTE_INPUT_CHILDREN_DATA
COMPUTE_FAMILY_WITH_ZERO_CHILDREN
COMPUTE_ FAMILY_WITH_MORE_THAN_FOUR_CHILDREN
COMPUTE_ FAMILY_WITH_LARGEST_CHILDREN
COMPUTE_DISPLAY_ALL_RECORDS
END
//INITIALIZATION MODULE
CREATE INITIALIZE_VARIABLES
DECLARE and INITIALIZE MEMORY TO ARRAY CHILDREN_DATA [ ]
INITIALIZE an integer I to value 1
INITIALIZE an integer J to value 1
INITIALIZE an integer CLOCK to value 0
INITIALIZE an integer ZERO_CHILDREN to value 0
INITIALIZE an integer MORE_THAN_FOUR_CHILDREN to value 0
INITIALIZE CHILDREN_DATA [I] to value 0
END
//INPUT MODULE
CREATE INPUT_CHILDREN_DATA
WHILE CHILDREN_DATA [I] is not equal to 0 //Ensures validation
READ CHILDREN_DATA [I]
SET CLOCK = CLOCK + 1
//Validation Check
IF (CHILDREN_DATA [I]<0) OR (CHILDREN_DATA [I] is not INTEGER)
PRINT “INCORRECT INPUT: ENTER POSITIVE INTEGER”
//Error message printed if validation fails
END IF
SET I = I + 1
END WHILE
END
//CALCULATION MODULES
CREATE FAMILY_WITH_ZERO_CHILDREN
CALL INPUT_CHILDREN_DATA
REPEAT
IF (CHILDREN_DATA [I] is equal to 0)
SET ZERO_CHILDREN = ZERO_CHILDREN = 1
END IF
UNTIL I is equal to P //Auto increments value of Iand checks the condition
END
CREATE FAMILY_WITH_MORE_THAN_FOUR_CHILDREN
CALL INPUT_CHILDREN_DATA
REPEAT
IF (CHILDREN_DATA [I] > 4)
MORE_THAN_FOUR_CHILDREN = MORE_THAN_FOUR_CHILDREN + 1
END IF
UNTIL I is equal to P //Auto increments value of I and checks the condition
END
CREATE FAMILY_WITH_LARGEST_CHILDREN
CALL INPUT_CHILDREN_DATA
INITIALIZE an integer MAX to value CHILDREN_DATA [1]
REPEAT
IF (CHILDREN_DATA [I] > MAX)
Set MAX = CHILDREN_DATA [I]
END IF
UNTIL I is equal to P //Auto increments value of I and checks the condition
END
//OUTPUT MODULE
CALL FAMILY_WITH_ZERO_CHILDREN
CALL FAMILY_WITH_MORE_THAN_FOUR_CHILDREN
CALL FAMILY_WITH_LARGEST_CHILDREN
CREATE DISPLAY_ALL_RECORD
PRINT ZERO_CHILDREN
PRINT MORE_THAN_FOUR_CHILDREN
PRINT MAX
END
|
Input |
Processing |
Output |
|
READ INPUT 1 |
PROCESS ALL VALUES READ |
Display number of families with zero children |
|
READ INPUT 2 |
If INPUT is invalid display error message and read INPUT again |
Display number of families with more than four children |
|
READ INPUT 3 |
EVALUATE numbers of families with ZERO children |
Display largest number of a children in a family |
|
. |
EVALUATE numbers of families with more than four children |
|
|
. |
EVALUATE largest number of children that exists in a family |
|
|
UNTIL INPUT=999 |
Paul, R. (2015). Critical Thinking: How to Prepare Students for a Rapidly Changing World. Foundation for Critical Thinking.
Radford, B. (2013). Media Mythmakers: How Journalists, Activists, and Advertisers Mislead Us. Prometheus Books
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