There are different boxes used in a flow chart.
A flow chart is basically a "If - then" chart. If this event happens then go to next event, if not go to alternate event.
Draw and explain circular flow model
in loop when draw a flow chart of table 2
"Draw Data flow diagram of car dealer?"
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The flowchart in deriving the sum of two numbers, you may follow the steps provided below: # Draw the start symbol then a flow line connecting to item #2 # Draw the init box for the syntax: set variable_Sum=0, Variable_A=0, Variable_B=0 then a flow line connecting to item #3 # Draw the first input box and write variable_A then a flow line connecting to item #4 # Draw the decision box for 'Is variable_A not numeric?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item #5 # Draw the second input box and write variable_B then a flow line connecting to item #6 # Draw the decision box for 'Is variable_B not numeric?'. if yes, draw a flow line connecting to item#5 else draw a flow line connecting to item #7 # Draw the process box for the syntax: compute variable_Sum=variable_A + variable_B then a flow line connecting to item #8 # Draw the output box and write variable_Sum then a flow line connecting to item #9 # Draw the end symbol. Where: variable_A contains the first number, variable_B contains the second number and variable_Sum contains the result.
The flowchart in deriving the sum of two numbers and its average, you may follow the steps provided below: # Draw the start symbol then a flow line connecting to item #2 # Draw the init box for the syntax: set variable_Sum=0, variable_Ave=0, Variable_A=0, Variable_B=0 then a flow line connecting to item #3 # Draw the first input box and write variable_A then a flow line connecting to item #4 # Draw the decision box for 'Is variable_A not numeric?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item #5 # Draw the second input box and write variable_B then a flow line connecting to item #6 # Draw the decision box for 'Is variable_B not numeric?'. if yes, draw a flow line connecting to item#5 else draw a flow line connecting to item #7 # Draw the first process box for the syntax: compute variable_Sum=variable_A + variable_B then a flow line connecting to item #8 # Draw the second process box for the syntax: compute variable_Ave=variable_sum / 2 then a flow line connecting to item #9 # Draw the output box and write variable_Sum, variable_Ave then a flow line connecting to item #10 # Draw the end symbol. Where: variable_A contains the first number, variable_B contains the second number, variable_Sum contains the sum of variable_A and variable_B, and variable_Ave contains the average of variable_Sum.
The flowchart in deriving the largest of three (3) numbers, You may follow the steps provided below: Input for A,B,C 3,2,1 2,1,3 1,2,3 1,3,2 2,3,1 2,2,3 # Draw the start symbol then a flow line connecting to item #2 # Draw the init box for the syntax: set variable_A=0, variable_B=0, variable_C=0 then a flow line connecting to item #3 # Draw the input box and write variable_A and a flow line connecting to item #4 # Draw the decision box for 'Is variable_A not numeric?'. If yes, then a flow line connecting to item #3 else a flow line connecting to item #5 # Draw the input box and write variable_B and a flow line connecting to item #6 # Draw the decision box for 'Is variable_B not numeric?'. If yes, then a flow line connecting to item #5 else a flow line connecting to item #7 # Draw the input box and write variable_C and a flow line connecting to item #8 # Draw the decision box for 'Is variable_C not numeric?'. If yes, then a flow line connecting to item #7 else a flow line connecting to item #9 # Draw the decision box for 'Is variable_A>variable_B?'. if yes, then a flow line connecting to item #10 else a flow line connecting to item #12 # Draw the decision box for 'Is variable_B>variable_C?'. if yes, then draw the output box for the syntax: variable_A, variable_B, variable_C and a flow line connecting to item #14 else a flow line connecting to item #11 # Draw the decision box for 'If variable_A>variable_C?. if yes, then draw the output box for the syntax: variable_A, variable_C, variable_B and a flow line connecting to item #14 else, draw the process box for the syntax: variable_C, variable_A, variable_B and a flow line connecting to item #14 # Draw the decision box for 'Is variable_A>variable_C?'. if yes, then draw the output box for the syntax: variable_B, variable_A, variable_C and a flow line connecting to item #14 else a flow line connecting to item #13 # Draw the decision box for 'If variable_B>variable_C?. if yes, then draw the output box for the syntax: variable_B, variable_C, variable_A and a flow line connecting to item #14 else, draw the process box for the syntax: variable_C, variable_B, variable_A and a flow line connecting to item #14 # Draw the decision box for 'Are there more numbers to compare?'. If yes, a flow line connecting to item #2 else a flow line connecting to item #15 # Draw the end symbol. Where: variable_A contains the first number, variable_B contains the second number and variable_C contains the third number. Note: The sequence of variable display is from largest to lowest accordingly.
The flowchart in deriving the sum of the square root of first N even numbers, You may follow the steps provided below: # Draw the start symbol then a flow line connecting to item #2 # Draw the init box for the syntax: set variable_A=0, variable_Chk=0, variable_Sum=0, variable_Sqrt, then a flow line connecting to item #3 # Draw the input box and write variable_A then a flow line connecting to item #4 # Draw the decision box for 'Is variable_A not numeric?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item#5 # Draw the process box for the syntax: compute variable_Chk=variable_A / 2 then a flow line connecting to item #6 # Draw the decision box for 'Is variable_chk not whole number?. if yes, draw a flow line connecting to item #3 else draw a flow line connecting to item #7 # Draw the process box for the syntax: compute variable_Sum=variable_Sum + variable_A then a flow line connecting to item #8 # Draw the decision box for 'Do you want to add another number?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item #9 # Draw the process box for the syntax: compute variable_Sqrt=SQRT(variable_Sum) then a flow line connecting to item #10 # Draw the output box and write variable_Sum, variable_Sqrt then a flow line connecting to item #11 # Draw the end symbol. Where: variable_A contains a given N number, variable_Chk contains the quotient of variable_A / 2, variable_Sum contains the sum of N numbers and variable_Sqrt contains the result.
data flow diagram for voice recognition
First you will need to pick out the two numbers. Then you can use your textbook and the instructions in order to draw out the flow chart.
Bottle
draw a flow chart to input ten number and count the positive negative and zero