Answer: True
Explanation:Orthogonal instruction set is the set of instruction that can use can use all addressing mode. They have independent working and so instruction can use any register the prefer and this leads to overlapping in instruction and complexity.
When RISC architecture got introduced ,it got more preference due to reduced instruction and less complexity as compared to orthogonal instruction.So it not considered elegant to have more orthogonal instruction.
The most popular Operating Systems are:
Android
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Windows
When we say indirect perception checking, this is when we make confirmations about the information that we have gathered through passive perception. This is done by collecting information that may either support or negate our interpretation. Based on the given situations above, the one that makes a best exaple of what indirect perception checking is, is this: <span>observing your mother’s actions to see if she is angry. Answer is B.</span>
Answer:
endProgram = "no"
endOrder = "no"
totalBurger = 0
totalFry = 0
totalSoda = 0
total = 0
tax = 0
subtotal = 0
option = 0
burgerCount = 0
fryCount = 0
sodaCount = 0
def resetVariables():
#reset variables
totalBurger = 0
totalFry = 0
totalSoda = 0
total = 0
tax = 0
subtotal = 0
def getBurger():
global burgerCount
burgerCount += int(input("Enter the number of burgers you want: "))
totalBurger =burgerCount * .99
return totalBurger
def getFry():
global fryCount
fryCount += int(input("Enter the number of fries you want: "))
global totalFry
totalFry +=fryCount * .79
return totalFry
def getSoda():
global sodaCount
sodaCount += int(input("Enter the number of sodas you want: "))
global totalSoda
totalSoda +=sodaCount * 1.09
return totalSoda
def calcTotal():
global subtotal
subtotal += totalBurger + totalFry + totalSoda
global tax
tax += subtotal * .06
global total
total += subtotal + tax
return total
def printReceipt(total):
print("Your total is $",round(total, 2))
#Loop to run program again
while endProgram == "no":
resetVariables()
#Loop to take in order
while endOrder == "no":
print("Enter 1 for Yum Yum Burge\nEnter 2 for Grease Yum Fries\nEnter 3 for Soda Yum: \n")
option = int(input("Enter option: "))
if option == 1:
bugertotal = getBurger()
elif option == 2:
frytotal = getFry()
elif option == 3:
sodatotal = getSoda()
endOrder = input("Do you want to end your order? (Enter no to add more items): ")
mytotal = calcTotal()
printReceipt(mytotal)
endProgram = input("Do you want to end the program? (Enter no to process a new order): ")
Explanation:
The python source code displays the menu of a restaurant and the prices of each meal. The module takes multiple orders, calculates and displays the total bill of the order with tax included.
