Question: PLEASE HELP ME TO DRAW A FLOWCHART!!! START Declarations num a,b,n,i,value num total_value=0 num size=(b-a) num c=1 houseKeeping() num fun(num x) return (x+(3*x*x)) num original(num
PLEASE HELP ME TO DRAW A FLOWCHART!!!
START
Declarations
num a,b,n,i,value
num total_value=0
num size=(b-a)
num c=1
houseKeeping()
num fun(num x)
return (x+(3*x*x))
num original(num x,num y)
return (((x*x)/2)+(x*x*x))-(((y*y)/2)+(y*y*y))
detailLoop()
endOfJob()
STOP
houseKeeping()
output "Enter the value for lower limit: "
input a
output "Enter the value for upper limit: "
input b
output "Specify the number of trapezoids :"
input n
return
detailLoop()
value=((fun(i)+fun(i+size))/2)*size
total_value=total_value+value
output "Trapezoid area " c++ " = " ceil(value*10000)/10000 " unit squared."
return
endOfJob()
output "The area using trapezoid method = " total_value " unit squared."
output "The area using integral calculus = " woriginal(b,a) " unit squared."
num error=((abs(original(b,a)-total_value))/total_value)*100
output "Percent error = " error "%"
return

- 3. Flowchart Grading Criteria Called a module and passed arguments to compute for the area of the trapezoid. The module 7.5 returned the area back to the calling method. Called a module and passed arguments to compute for the area under the curve using 7.5 integral. The module returned the area back to the calling method. 7.5 An array was used to store the area of each trapezoid. 5 Used an accumulator variable to compound the areas stored in each array element. 2.5 All needed variables were declared. 2.5 Used prompts whenever necessary. 7.5 Correct looping structure. 5 Correct sequence. 5 Correct statements. 50
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