(ii) Keep the e-waste in an inaccessible area, after it becomes non-functional/un-repairable to prevent its accidental breakage.
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TABLE: SALESPERSON
| CODE | NAME | SALARY | ITCODE |
| 1001 | TANDEEP JHA | 60000 | I2 |
| 1002 | YOGRAJ SINHA | 70000 | I5 |
| 1003 | TENZIN JACK | 45000 | I2 |
| 1005 | ANOKHI RAJ | 50000 | I7 |
| 1004 | TARANA SEN | 55000 | I7 |
TABLE: ITEM
| ITCODE | ITEMTYPE | TURNOVER |
| I5 | STATIONARY | 3400000 |
| I7 | HOISTERY | 6500000 |
| I2 | BAKERY | 10090000 |
(a) To display the CODE and NAME of all salesperson having “I7” item Type Code from the table SALESPERSON.
(b) To display all details from table SALESPERSON in descending order of SALARY.
(c) To display the number of SALESPERSON dealing in each TYPE of ITEM.(Use ITCODE for the same)
(d) To display NAME of all the salesperson table along with their corresponding ITEMTYPE from the ITEM table.
(e) Select max(salary) from salesperson;
(f) Select distinct itcode from salesperson;
(g) select code,name,i.itcode from sales person s, item i where s.itcode=i.itcode and turnover>=7000000;
(h) Select sum (salary)from salesperson where itcode=”i2”;
Table: CARHUB
| Vcode | Vehicle Name | Make | Color | Capacity | Charges |
| 100 | Innova | Toyota | WHITE | 7 | 15 |
| 102 | SX4 | Suzuki | BLUE | 4 | 14 |
| 104 | C Class | Mercedes | RED | 4 | 35 |
| 105 | A-Star | Suzuki | WHITE | 3 | 14 |
| 108 | Indigo | Tata | SILVER | 3 | 12 |
Table: CUSTOMER
| CCode | CName | VCode |
| 1 | Hemant Sahu | 101 |
| 2 | Raj Lal | 108 |
| 3 | Feroza Shah | 105 |
| 4 | Ketan Dhal | 104 |
(a) Write SQL commands for the following statements:
(i) To display the names of all white colored vehicles
(ii) To display name of vehicle, make and capacity of vehicles in ascending order of their sitting capacity
(iii) To display the highest charges at which a vehicle can be hired from CARHUB.
(iv) To display the customer name and the corresponding name of the vehicle hired by them.
(b) Give the output of the following SQL queries:
(i) Select count(distinct make) from cabhub;
(ii) Select max(charges), min(charges) from carhub;
(iii) Select count(*), make from carhub;
(iv) Select vehiclename from carhub where capacity = 4;
Table: Student
| Admno | Sname | Class | Sec | Fee | Mobile | Area | S_ID |
| 1001 | RAMESH | XII | A | 2500 | 987654321 | Madipur | 10 |
| 1078 | KRISHNA | XII | B | 2400 | 999911111 | Jawala Heri | 30 |
| 1006 | FARDEEN | XII | C | 2600 | 987654321 | Paschim Puri | 40 |
| 1004 | SUBHAM | XII | A | 2500 | 963025874 | Madipur | 20 |
| 1029 | KRITIKA | XI | C | 2700 | 987456210 | Madipur | 30 |
| 1008 | SAMEEKSHA | XII | A | 2450 | 987123456 | Mangol Puri | 20 |
| 1025 | SALMA | XII | B | 2580 | 998877445 | Madipur | 30 |
| 1036 | AMANDEEP | XII | B | 2600 | 999333555 | Khyala | 40 |
| 1037 | TEJAS | XI | C | 2650 | 987951357 | Paschim Puri | 40 |
| 1029 | HIMANSHU | XII | A | 2750 | 951369874 | Jawala Heri | 10 |
Table : Stream
| S_ID | Stream_name |
| 10 | MEDILCAL |
| 20 | NON MEDICAL |
| 30 | COMMERCE WITH MATH |
| 40 | COMMERCE WITH IP |
| 50 | HUMANITIES |
Write SQL commands for the statements (a) to (h) on the above table: Student and Stream
(a) Identify Primary Keys and Foreign Key in the table student and primary key in Stream table given above.
(b) Display stream id and stream-wise total fee collected.
(c) Count no of students from each area.
(d) Display all the student details those who belongs to Madipur Area.
(e) Increase the fees of all students by10%.
(f) Display unique area from the student table.
(g) Display details of those students whose area contains ‘Puri’.
(h) Display the information of those students who are in class XII and section is either B or C.
Consider the table LOANS given below:
Table: LOANS
| AccNo | Name | Loan Amt | EMI | IntRate | Start Date | Interest |
| 1001 | R.K. Gupta | 300000 | 36 | 12.00 | 19-07-2009 | 1200 |
| 1002 | S. P. Shanna | 500000 | 48 | 10.00 | 22-03-2008 | 1800 |
| 1003 | K.P. Jain | 300000 | 36 | NULL | 08-03-2007 | 1600 |
| 1004 | M.P. Yadav | 800000 | 60 | 10.00 | 06-12-2008 | 2250 |
| 1005 | S.P. Sinlia | 200000 | 36 | 12.50 | 03-01-2010 | 4500 |
| 1006 | P. Shanna | 700000 | 60 | 12.50 | 05-06-2008 | 3500 |
| 1007 | K.S. Dhall | 500000 | 48 | NULL | 05-03-2008 | 3800 |
(a) State the command that will give the output as:
| Name |
| S. P. Shanna |
| K.S. Dhall |
| M.P. Yadav |
| P. Shanna |
| K.S. Dhall |
(i) Select name from LOANS where Name >‘D ’;
(ii) Select name from LOANS where AccNo >1001;
(iii) Select name from LOANS where Loan_Amt >= 500000;
(iv) Select name from LOANS where Loan_Amt >500000 order Loan_AmtDESC;
(b) What will be the output of the following command:
Select name, EMI from LOANS where Loan_Amt >500000 and Int_Rate is NULL;
(c) John has given the following command to display the count of all loan holders whose name ends with “Sharma ”:
Select count() from LOANS where Name like ‘Sharma%’;
But he is not getting the desired result. Help him by finding out the correct command fromthe followings:
(i) Select count(*) from LOANS where name Like ‘Sharma%’;
(ii) Select count(*) from LOANS where name Like ‘%Sharma ’;
(iii) Select count( ) from LOANS where name like ‘%sharma ’;
(iv) Select count(Name) from LOANS where name ‘Sharma%’;
(d) State the command to display the maximum Loan_Amt and Cust_Name :-
(i) Select Max(Cust_Name, Loan_Amt) from LOANS;
(ii) Select Cust_Name, max(LoanAmt) from LOANS;
(iii) Select Cust_Name, max(Loan_Amount) from LOANS;
(iv) Select Cust_name, max(Loan_Amt) from LOANS;
(e) Help Ramesh to display the count of all loan holders whose interest is NULL.
(i) Select Count(*) from LOANS where Int_Rate is NULL.
(ii) Select Count() from LOANS where Interest is NULL.
(iii) Select Count(*) from LOANS where Int_rate = NULL;
(iv) Select Count( ) from LOANS where Interest = NULL;
(a) Which line in the above code check for capital letter?
(b) Which line in the above code read the file “story. txt”?
(c) Which line in the above code does not affect the execution of program?
(d) Which line is the above code coverts capital letter to small letter?
(e) Which line is the above code opens the file in write mode?
(f) Which line is the above code saves the data?
(g) Which line(s) is/are the part of selection statement.
(h) Which line(s) is/are used to close story1.txt?
| Ecode | Name | Age | Fav_Color | Salary |
| 101 | Rohit | 20 | Blue | 45000 |
| 102 | Mohanti | 24 | Red | 36000 |
| 103 | Tushar Koul | 23 | Green | 42000 |
| 104 | Rupali | 22 | Yellow | 38000 |
| 105 | Gurpreet | 21 | Pink | 40000 |
(a) Select the command from the given options that will give the following output:-
(i) print(emp.max)
(ii) print(emp.max(axis=1))
(iii) print(emp.max,axis=1)
(iv) print(emp.max())
(b) A manager wants to know the Favourite colour of the employee with the employee code 103. Help him to identify the correct set of statements from the given options:
(i) df1=emp[emp[‘Ecode’]==103]
print(df1)
(ii) df1=emp['Ecode'==103]
print(df1)
(iii) df1=emp[emp.Ecode=103]
print(df1)
(iv) df1=emp[emp.Ecode==103]
print(df1)
(c) Which of the following statement will give the names of the employees whose salary is more than 40000.
(i) print(emp.max())
(ii) print(emp[emp["Salary"]>40000])
(iii) print(emp["Salary"]>40000)
(iv) print(emp.max()>40000)
(d) Which of the following command will list only the columns Ename and Salary using loc:
(i) print(emp.loc[:,[0,2]]
(ii) print(emp.loc[:,["Ename","Salary"]])
(iii) print(emp.loc(:["Ename","Salary"]))
(iv) print(emp.loc[["Ename","Salary"]])
(e) Mr. Singh, the manager wants to add a new column, the Rank with the values ‘IV’, ‘II’, ‘III’, ‘IV’, ‘I’, to the data frame Help him to identify the right command from the followings to do so :
(i) emp.column=[‘IV’, ‘II’, ‘III’, ‘IV’, ‘I’ ]
(ii) emp.iloc["Rank"] =[‘IV’, ‘II’, ‘III’, ‘IV’, ‘I’]
(iii) emp["Rank"] =[‘IV’, ‘II’, ‘III’, ‘IV’, ‘I’ ]
(iv) None of the above
| Column Name | Key |
| Student Number | sno |
| Student Name | sname |
| Marks | mark |
(b) Create the data frame for the above specification containing index parameter along with column.
(c) Add a new column grade into above Data Frame with at least 3 methods.
(d) Insert the 2 rows.
(e) Create another Data Frame with two rows named DF2.
(f) Add this data frame to your existing data frame.
(g) Display the alternate rows.
(h) Display the name and marks of the students whose marks is greater than equal to 90.
(i) Fill all NaN in the data.
(j) Increase the marks by 10.
(a) The first email service was:
(i)Gmail(ii)Rediff
(iii)Hotmail(iv)Yahoo
(b) Unsolicited e-mail advertising is known as _______
(i)newsgroup
(ii)junk ads
(iii)spam
(iv)none of the above
(c) Which of the following is the correct format of email address?
(i)name@website@info
(ii)name@websiteinfo
(iii)www.nameofwebsitecom
(iv)namewebsitecom
(d) Mail access starts with client when user needs to download e-mail from the______
(i)mail box(ii)mail server
(iii)IP server(iv)internet
(e) When sender and receiver of an email are on same system, we need only two_____
(i)IP (ii)domain
(iii)servers(iv)user agents