// data declarations (inputs, outputs, and constants) // data initializations (f
ID: 3678252 • Letter: #
Question
// data declarations (inputs, outputs, and constants) // data initializations (for any KNOWN values) I/ calculations I/ output prints (possibly interspersed with calculations) Sample output: Your resulting numerical outputs should look something like this (you can label it however you wish): GRASP exec: Java OperatoraRL 1) Lunch price 15 2) 872 eggs sills 3) 872 eggs leaves 4) tax on 329.49 1 5) circle area is 6) batting avg $9.07 72 cartons 7.068583575 7b) Widgeti inventory after:S6 8a) Widget2 inventory before:400 tting the assignment
Explanation / Answer
begin
initialize sandwich = $3
soda = $1
chips = $2
declare total_price
calculate total_price
total_price = sandwich + chips + soda
print “Lunch price is:” total_price
end
begin
initializetotal=872,dozen=12
declare fills
calculate fills
fills = int(total/dozen)
print “ No of eggs fills:” fills “cartons”
end
begin
initialize total=872,dozen=12
declare leaves
calculate leaves
leaves=total%dozen
print”no of eggs Leaves:” leaves
end
begin
initialize price = $329.49
tax = 7.5%
declare vat
calculate vat
vat = price*tax
print “ tax on” price “is:” vat
end
begin
initialize radius = 1.5m
read pi value
declare Area
calculate Area
Area = pi*r^2
print “Area of a circle is:” Area
end
begin
int hits = 112
int at_bats = 329
declare avg
calculate avg
avg = hits/at_bats
print “ the batting average is:” avg
end
begin
int wg
read the total widgets in inventory
store it in wg
print “ No of widgets in inventory before” wg
calculate wg
wg = wg-1
print “ No of widgets in inventory after “ wg
end
begin
int wg
read the total widgets in inventory
store it in wg
print “ No of widgets in inventory before” wg
calculate wg
wg = wg+20
print “ No of widgets in inventory after “ total
end
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