I think the answer is b
hope this helps :)
Answer:
The answer is "secret key k".
Explanation:
When the sender sends the message, he/she may combine, it with the hidden key, and determines the hashing, when transmitting the information the digest is being sent, and also the message is transmitted through the connection.
when the receiver receives the message, still having the very same secret key, adding the Hidden Key then recalculating the hashing again. In this, two factors if another subsequent digest matches something, this message is sent.
- During transit, the message was certainly not changed.
- Anybody with the private key – preferably even a preferred sender sent out this letter.
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.
The statements does not explain the difference is that Cross-docking reduces inventory and storage space requirements, but handling costs and lead times tend to increase.
<h3>What is the difference between safety stock inventory and the cross-docking method?</h3>
safety stock inventory is known to be a kind of traditional warehousing systems that needs a distributor to have stocks of product already at hand to ship to their customers.
But a cross-docking system is one that is based on using the new and best input such as technology and business systems to produce a JIT (just-in-time) shipping method.
Learn more about safety stock Inventory from
brainly.com/question/18914985
