Answer:
- policy_num = int(input("Enter policy number: "))
- lastName = input("Enter last name: ")
- firstName = input("Enter first name: ")
- premiumDate = input("Enter premius due date (mm/dd/yyyy): ")
- numAcc = int(input("Enter number of driver accident in the past three years: "))
-
- if(policy_num <1000 or policy_num > 9999):
- policy_num = 0
-
- dateComp = premiumDate.split("/")
- month = int(dateComp[0])
- day = int(dateComp[1])
- year = int(dateComp[2])
-
- if(month < 1 or month > 12):
- month = 0
- day = 0
- year = 0
- else:
- if(month == 1 or month == 3 or month == 5 or month == 7 or month == 8 or month == 10 or month == 12):
- if(day < 1 or day > 31):
- month = 0
- day = 0
- year = 0
- elif(month == 4 or month == 6 or month == 9 or month == 11):
- if(day <1 or day > 30):
- month = 0
- day = 0
- year = 0
- elif(month == 2):
- if(day < 1 or day > 29):
- month = 0
- day = 0
- year = 0
-
- print("Policy number: " + str(policy_num))
- print("Last name: " + lastName)
- print("First name: " + firstName)
- print("Premium Date: " + str(month) + "/" + str(day) + "/" + str(year))
- print("Number of driver accidentin the last three years: " + str(numAcc))
Explanation:
The solution code is written in Python 3.
Firstly use input function to prompt user to enter all the necessary insurance policy data (Line 1 - 5).
Next create an if statement to validate the input policy number. If the policy number is not within the range of 1000 - 9999, set the policy number to zero (Line 7 -8).
Next, split the input premium date into month, day and year (Line 10 -13). It is followed by checking the month if it is between 1 - 12. If not, set the month, day and year to zero (Line 15 - 18). Otherwise the program will proceed to validate the month based on the maximum and minimum number of days for a particular month (Line 20 - 34). If the day is out of range, set month, day and year to zero.
Lastly, use print function to display the policy data (Line 36 - 40).
Answer:
Time plot.
Explanation:
A time plot, also known as a time series can be defined as a graphical representation of a pre-defined value (data) against time.
If we recorded the average U.S. Housing Price every month for the next year, the graphical display which is most appropriate to display the data is a time plot.
Generally, when representing data that changes with respect to time or that are random in nature; a time plot is considered to be the most effective graphical display to use.
In this scenario, the average U.S. Housing Price that is observed should be plotted against the time of occurrence (months) over a year.
The information that would be the next to be processed by the receiving device is: IP at the internet layer.
<h3>Internet protocol (IP)</h3>
Internet protocol is a network protocol that help to transmit data to user device across the internet or network which inturn make it possible for user device to connect and communicate over the network.
Internet protocol at the internet layer is a TCP/IP software protocol which sole purpose is to transfer data packets across the internet after receiving and processing the data.
Inconclusion the information that would be the next to be processed by the receiving device is: IP at the internet layer.
Learn more about internet protocol here:brainly.com/question/17820678
Answer:A
Explanation: J pegs are easily saved and accessed anywhere and show good quality
