Search & Filtering
Create three database using header linked list
Student (Roll No, Name, Branch ID, CGPA)
University (University ID, University Name, University Location, Year of start)
Branch (Branch ID, University ID, Branch Name)
Implement the following modules/ sub-modules using menu driven approach:
-> Display the list of Branches available in any given University
-> Display the University details in ascending order of their year of starting
-> Display the all Student name/ all University name for a given name substring entered by the user.
Create three database using header linked
Student (Roll No, Name, Branch ID, CGPA)
University (University ID, University Name, University Location, Year of start)
Branch (Branch ID, University ID, Branch Name)
Implement the following modules/ sub-modules using menu driven approach:
-> ADD/ MODIFY/DELETE/UPDATE using key values in any of the databases as per requirement.
-> Display the student details who are reading at a specific University with branch CSE.
Create three database using header linked
Student (Roll No, Name, Branch ID, CGPA)
University (University ID, University Name, University Location, Year of start)
Branch (Branch ID, University ID, Branch Name)
Implement the following modules/ sub-modules using menu driven approach:
-> Delete all students whose CGPA<6.0 and store them in another list. They will come back to original student list if their CGPA>=6.0 (Update function)
-> Display the list of students reading in a specific University
Create three database using header linked
Student (Roll No, Name, Branch ID, CGPA)
University (University ID, University Name, University Location, Year of start)
Branch (Branch ID, University ID, Branch Name)
Implement the following modules/ sub-modules using menu driven approach:
-> Student Name, University Name and Branch Name should all be in Capital Letters. (If the user has not entered accordingly, then the program must convert it into Capital Letters and store.)
-> Display the entire student list/ University list/ Branch List
Create three database using header linked list
Student (Roll No, Name, Branch ID, CGPA)
University (University ID, University Name, University Location, Year of start)
Branch (Branch ID, University ID, Branch Name)
Implement the following modules/ sub-modules using menu driven approach:
-> Keep the Roll No, University ID and Branch ID Unique (Duplicated entry should not be allowed and prompted)
-> Students can take a University ID/ Branch ID only if it is available in the University/ Branch database.
The diameter of a cycle wheel is D. Given that, the cycle travels at an average speed of X km/h,
find the number of revolutions made by the wheel per minute, giving your answer to the nearest whole
number (assume PI = 3.142). Write a C++ function to calculate revolutions per minute.
Sample Run 1
Welcome to CS126 Mart!
Item Codes Description Price
100 Sweet ‘n Ripe Grapes 125.35
101 Crunchy Apples 52.20
109 Green Peas 25.75
Enter Code: 128
Invalid code, please enter a valid one.
Enter Code: 100
Sweet ‘n Ripe Grapes 125.35
Quantity -3
Invalid Quantity, please enter again.
Quantity 2
Subtotal: 250.70
Enter Code: 101
Crunchy Apples 52.20
Quantity 1
Subtotal: 52.20
Enter Code: 0
Total Amount Due: 302.90
Cash: 100.00
Insufficient Cash!
Cash: 1000.00
Change: 697.10
=========== CHANGE BREAKDOWN ===========
1000 0 0
500 1 500.00
200 0 0
100 1 100.00
50 1 50.00
20 2 40.00
10 0 0
5 1 5.00
1 2 2.00
0.25 0 0
0.10 1 0.10
0.05 0 0
Do you want another transaction? <y/n> No.
Sample Run 1
Welcome to CS126 Mart!
Item Codes Description Price
100 Sweet ‘n Ripe Grapes 125.35
101 Crunchy Apples 52.20
109 Green Peas 25.75
Enter Code: 128
Invalid code, please enter a valid one.
Enter Code: 100
Sweet ‘n Ripe Grapes 125.35
Quantity -3
Invalid Quantity, please enter again.
Quantity 2
Subtotal: 250.70
Enter Code: 101
Crunchy Apples 52.20
Quantity 1
Subtotal: 52.20
Enter Code: 0
Total Amount Due: 302.90
Cash: 100.00
Insufficient Cash!
Cash: 1000.00
Change: 697.10
=========== CHANGE BREAKDOWN ===========
1000 0 0
500 1 500.00
200 0 0
100 1 100.00
50 1 50.00
20 2 40.00
10 0 0
5 1 5.00
1 2 2.00
0.25 0 0
0.10 1 0.10
0.05 0 0
Do you want another transaction? <y/n> No.
Using a for loop create a program that will prompts the user for two numbers and then print out a list of even number in between the two given numbers(inclusive), starting from the small number to the big number
Sample Run1
Enter two numbers: 1 10
Output1: 2 4 6 8 10
Sample Run2
Enter two numbers: 9 5
Output2: 6 8
