# Write your code here SultansDine.details() print('########################') dhanmodi = SultansDine('Dhanmondi') dhanmodi.sellQuantity(25) dhanmodi.branchInformation() print('-----------------------------------------') SultansDine.details() print('========================') baily_road = SultansDine('Baily Road') baily_road.sellQuantity(15) baily_road.branchInformation() print('-----------------------------------------') SultansDine.details() print('========================') gulshan = SultansDine('Gulshan') gulshan.sellQuantity(9) gulshan.branchInformation() print('-----------------------------------------') SultansDine.details()
# Write your code here SultansDine.details() print('########################') dhanmodi = SultansDine('Dhanmondi') dhanmodi.sellQuantity(25) dhanmodi.branchInformation() print('-----------------------------------------') SultansDine.details() print('========================') baily_road = SultansDine('Baily Road') baily_road.sellQuantity(15) baily_road.branchInformation() print('-----------------------------------------') SultansDine.details() print('========================') gulshan = SultansDine('Gulshan') gulshan.sellQuantity(9) gulshan.branchInformation() print('-----------------------------------------') SultansDine.details()
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
Related questions
Question
# Write your code here
SultansDine.details()
print('########################')
dhanmodi = SultansDine('Dhanmondi')
dhanmodi.sellQuantity(25)
dhanmodi.branchInformation()
print('-----------------------------------------')
SultansDine.details()
print('========================')
baily_road = SultansDine('Baily Road')
baily_road.sellQuantity(15)
baily_road.branchInformation()
print('-----------------------------------------')
SultansDine.details()
print('========================')
gulshan = SultansDine('Gulshan')
gulshan.sellQuantity(9)
gulshan.branchInformation()
print('-----------------------------------------')
SultansDine.details()
![Write the SultansDine class so that the given code provides the expected output.
[You are not allowed to change the code below]
# Write your code here
Output:
Total Number of branch(s): 0
SultansDine.details()
print('########################)
dhanmodi = SultansDine('Dhanmondi")
dhanmodi.sellQuantity(25)
dhanmodi.branchlnformation()
print("
SultansDine.details()
Total Sell: 0 Taka
######HHH###### ######
Branch Name: Dhanmondi
Branch Sell: 10000 Taka
Total Number of branch(s): 1
Total Sell: 10000 Taka
Branch Name: Dhanmondi, Branch Sell: 10000 Taka
-)
Branch consists of total sell's: 100.00%
print('==
====")
Branch Name: Baily Road
baily_road = SultansDine('Baily Road")
baily_road.sellQuantity(15)
baily_road.branchinformation()
print("-
SultansDine.details()
Branch Sell: 5250 Taka
Total Number of branch(s): 2
Total Sell: 15250 Taka
Branch Name: Dhanmondi, Branch Sell: 10000 Taka
Branch consists of total sell's: 65.57%
Branch Name: Baily Road, Branch Sell: 5250 Taka
print('==
====")
Branch consists of total sell's: 34.43%
======
gulshan = SultansDine('Gulshan')
gulshan.sellQuantity(9)
gulshan.branchlnformation()
print("--
SultansDine.details()
Branch Name: Gulshan
Branch Sell: 2700 Taka
Total Number of branch(s): 3
Total Sell: 17950 Taka
Branch Name: Dhanmondi, Branch Sell: 10000 Taka
Branch consists of total sell's: 55.71%
Branch Name: Baily Road, Branch Sell: 5250 Taka
Branch consists of total sell's: 29.25%
Branch Name: Gulshan, Branch Sell: 2700 Taka
Branch consists of total sell's: 15.04%
Subtaks:
1. Create SultansDine class
2. Create 2 class variable and 1 class list
3. Create 1 class method
4. Calculation of branch sell is given below
a. If sellQuantity < 10:
i. Branch_sell = quantity * 300
b. Else if sellQuantity < 20:
i. Branch_sell = quantity * 350
c. Else
i. Branch_sell = quantity * 400
5. Calculation of branch's sell percentage = (branch's sell / total sell) * 100](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe0d6ab85-e0de-46fc-9e76-080cc3338ed2%2Fa91fb3a5-f376-40c0-ad10-eae7f55261fe%2Fprezi24_processed.png&w=3840&q=75)
Transcribed Image Text:Write the SultansDine class so that the given code provides the expected output.
[You are not allowed to change the code below]
# Write your code here
Output:
Total Number of branch(s): 0
SultansDine.details()
print('########################)
dhanmodi = SultansDine('Dhanmondi")
dhanmodi.sellQuantity(25)
dhanmodi.branchlnformation()
print("
SultansDine.details()
Total Sell: 0 Taka
######HHH###### ######
Branch Name: Dhanmondi
Branch Sell: 10000 Taka
Total Number of branch(s): 1
Total Sell: 10000 Taka
Branch Name: Dhanmondi, Branch Sell: 10000 Taka
-)
Branch consists of total sell's: 100.00%
print('==
====")
Branch Name: Baily Road
baily_road = SultansDine('Baily Road")
baily_road.sellQuantity(15)
baily_road.branchinformation()
print("-
SultansDine.details()
Branch Sell: 5250 Taka
Total Number of branch(s): 2
Total Sell: 15250 Taka
Branch Name: Dhanmondi, Branch Sell: 10000 Taka
Branch consists of total sell's: 65.57%
Branch Name: Baily Road, Branch Sell: 5250 Taka
print('==
====")
Branch consists of total sell's: 34.43%
======
gulshan = SultansDine('Gulshan')
gulshan.sellQuantity(9)
gulshan.branchlnformation()
print("--
SultansDine.details()
Branch Name: Gulshan
Branch Sell: 2700 Taka
Total Number of branch(s): 3
Total Sell: 17950 Taka
Branch Name: Dhanmondi, Branch Sell: 10000 Taka
Branch consists of total sell's: 55.71%
Branch Name: Baily Road, Branch Sell: 5250 Taka
Branch consists of total sell's: 29.25%
Branch Name: Gulshan, Branch Sell: 2700 Taka
Branch consists of total sell's: 15.04%
Subtaks:
1. Create SultansDine class
2. Create 2 class variable and 1 class list
3. Create 1 class method
4. Calculation of branch sell is given below
a. If sellQuantity < 10:
i. Branch_sell = quantity * 300
b. Else if sellQuantity < 20:
i. Branch_sell = quantity * 350
c. Else
i. Branch_sell = quantity * 400
5. Calculation of branch's sell percentage = (branch's sell / total sell) * 100
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