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Verizon Placement Paper - Set 2

Posted on :11-02-2016
Verizon Placement Paper - Set 2:-

Directions for Questions Q1 - Q6:
Follow the directions given below to answer the questions that follow.
Your answer for each question below would be
 
A if ALL THREE items given in the question are exactly ALIKE. 
B if only the FIRST and SECOND item are exactly ALIKE. 
C if only the FIRST and THIRD item are exactly ALIKE. D if only the SECOND and THIRD item are exactly ALIKE. 
E if ALL THREE items are DIFFERENT
 

Q1. 7181.0984612, 7181.0984612, 7181.0984612
 
a) A                
b) B                
c) C               
d) D               
e) E
 

Q2. 5444644444, 64644444 , 5444644444
 
a) A                
b) B                
c) C               
d) D               
e) E


Q3. 3211133222, 3211133222, 3212232222
 
a) A                
b) B                
c) C               
d) D               
e) E
 

Q4. discuteeren, discuteren ,discuteeren
 
a) A                
b) B               
c) C               
d) D               
e) E
 

Q5. 744.2903519, 744.2903419, 7.2903519
 
a) A                
b) B                
c) C               
d) D               
e) E
 

Q6. Wadhodhia  Raste, Wadhodhia  Raste, Wadhobhia  Raste
 
a) A                
b) B                
c) C               
d) D               
e) E


Directions for Questions Q7 to Q11:
Read the passage and answer the questions that follow on the basis of the information provided in the passage.
 
Dynamic Link Libraries:
 
Windows provides several files called dynamic link libraries (DILLS) that contain collections of software code that perform common functions such as opening or saving a file. When Windows application wants to use one of those functions or routines, the app sends a message to Windows with the names of the DLL file and the function. This procedure is known as calling a function. One of the most frequently used DILLS is Windows COMMDLG.DLL, which includes, among others the functions to display File Open, File Save, Search, and Print dialog boxes.
 
The application also sends any information the DILL function will need to complete the operation. For example, a program calling the Open File function in COMMDLG.DLL would pass along a file spec, such as *.* or *.DOC, to be displayed in the dialog boxes Filename text box. The application also passes along a specification for the type of information it expects the DLL to return to the application when the DLLs work is done. The application, for example, may expect return information in the form of integers, true /false values, or text. Windows passes the responsibility for program execution to the DILL, along with the parameters and return information the DLL will need.
 
The specific DILL is loaded into memory, and then executed by the processor. At this point the DILL, rather than the application, is running things. The DLL performs all the operations necessary to communicate with Windows and, through Windows, with the PCs hardware. After the DLL function is complete, the DLL puts the return information into memory, where it can be found by the application, and instructs Windows to remove the DILL routine from memory. The application inspects the return information, which usually tells whether the DLL function was able to execute correctly. If the operation was a success, the application continues from where it left off before issuing the function call. If the operation failed, the application displays an error message.
 

Q7. To use any routine of a DILL, Windows
 
a) Searches and copies it in the application code and executes it
b) Loads the OLL file and searches and executes the routine
c) Loads just the required routine in memory and executes it
d) Searches the location of the routine and instructs the application to execute it
 

Q8. According to the passage, while the DLL routine is executing, the calling application
 
a) Waits for the routine to execute
b) Continues with other tasks
c) Helps the DLL routine perform by communicating with Windows and through Windows with the PCs hardware 
d) Passes all responsibility of program execution to the DILL and is removed from memory
 

Q9. By using DILLS, Windows
 
a) Saves processing time
b) Multitasks
c) Shares program code
d) Communicates with PCs hardware


Q10. The DLL function after execution,
 
a) Returns the parameters and information into memory, where it can be inspected by the calling application 
b) Returns information into memory, where it can be inspected by the calling application 
c) Returns to the calling application the information required by it so that it can inspect it 
d) Returns the information required into memory so that IDLL can inspect whether the function operation was a success
 

Q11. Which Information does an application needs to pass to Windows, to use a DILL routine?
 
a) Just the name of the routine
b) Just the name of the DLL, which finds the routine to be executed in return
c) Both the name of the routine as well as DLL and any parameters
d) Name of the DLL, routine, any parameters and type of information to be returned


Directions to solve Q12 to Q16:
Pick out the most effective word(s) from the given words to fill in the blank to make the sentence meaningfully complete.

Q12. Soft minded individuals are ...... to embrace all kind superstitions.

a) disposed                 
b) eager
c) reluctant                 
d) prone
 

Q13. However, the group long-term strategy is to ...... on core sector business connected with infrastructure and energy.

a) breed                      
b) develop
c) concentrate             
d) depend


Q14. When varun left the cocktail party he was as ...... as a judge.

a) sober                       
b) drunk
c) brave                       
d) wise


Q15. The stenographer is very efficient. He is ...... to his firm.

a) a boon                    
b) a credit
c) a blessing                
d) an asset
 

Q16. The criminal seems to have acted in ...... the three others.

a) collusion                 
b) coalition
c) collision                  
d) cohesion


Questions 17 to 20 are based on the following:

Each of the numbers from1 to 9 must be placed in the following nine squares such that the sum of numbers along all the three rows, columns and the two diagonals is 15 each. Some of the numbers are already given. Fill the remaining numbers in appropriate squares and answer the following questions:
 
Q17. The product of the numbers to the right of 8 is

a) 4 
b) 2 
c) 8 
d) 6
 

Q18. The sum of the squares of the number to the right of 8 and the number below 8 is

a) 2 
b) 10
c) 5 
d) 1


Q19. The sum of 7 and the number below 7 is

a) 9
b) 10 
c) 11 
d) 8


Q20. The ratio of the term to the left of 9 to the one that is to the right of 9 is

a) 3/7 
b) 7 
c) 2
d) 5


Q21. Tea worth Rs.126 per kg and Rs.135 per kg are mixed with a third variety in the ratio 1:1:2. If the mixture is worth Rs.153 per kg, the price of the third variety per kg will be:


Q22. You have to measure exactly 4 liters of water, but you only have a 3-liter bottle and a 5-liter bottle. How do you do it?


Q23. A function called total, sums up the elements of an integer array passed to it (as the first parameter). It returns the total value as an integer. The second parameter to the function is an integer, which contains the number of elements of the array.
Identify the correct code snippet(s) which accomplishes the above task.
 
a) int total( int numberso, int elements int total = 0, loop; for( loop = 0; loop < elements; loop++ total = total + numbers[loopl; return total; I

b) int total( int numbers[l, int elements int total = 0, loop; for( loop = 01 loop <= elements; loop++ total = total + numbersiloopl, return total;

c) int total( int numbersfl, int elements int total, loop, for( loop = 0; loop > elements: loop++ total = total + numbers[loopl; return total;

d) int total( int numbers[], int elements int total, loop; for( loop = 0; loop < elements; loop++ total = total numbers[loop], return total,


Q24. char sl [] = 1rhis is a string; char s2a = pqrs;
Identify the code snippet which returns the first location in the String sl where any character from the  String s2 occurs
Output:
Searching for one of pqrs in the string ,7 his is a string Located in position:3

a) for (i=O s2[ij !=AO,, i++) for 0 = 0; ~1 U1 1=AO, if (s2[ij = sl Uj) ( if (POS =  111 j < p0s) pos = j;
 
b) for (i=O; s2fi] !=AO,; i++) for 0 = 0; sl Ul !=AO,; j++) if (s2[ij s 1 Uj) ( if (Pos  111 j < pos) POS = j;
 
c) for(i=Qs2[ij!=,O,;i++){ for 0 = 0; S, U1 !=V: j++) if (s2li] sl Uj) ( if (Pos  111 j < pos) pos = j;
 
d) for (i=O; s2fil 1= W; I++) for a = 0; slUl !=AO,; j++) if (s2[ij sl U]) ( if (pos 111 j < pos) pos = j. I


Directions for Questions Q25- Q29: 
Read the passage and answer the questions that to flow on the basis of the information provided in the passage.
 
Multitasking by Windows: Multitasking lots you run several applications simultaneously. While you use a word processor in the foreground, your Web browser can be downloading a file, unseen and unattended, in the background. As each application loads, the processor allocates a chunk of memory for the exclusive use of that application. When an application needs more memory, it sends a request to Windows, which checks to see how much memory is available and assigns an additional free stretch of RAM to that application. If there is not enough unallocated RAM to supply the application, Windows checks a table that shows how recently different sections of memory have been used. It then copies the contents of the oldest used RAM to virtual memory, hard disk storage your PC treats as if it were RAM. Windows then assigns the RAM to the application asking for it. Too little real RAM can result in extensive swapping between memory and disk, which slows your PC,
 
To multitask all the programs loaded in memory, Windows assigns each program a slice of the processors time. When one programs time using the processor is up, Windows instructs the processor to save whatever its doing by writing the contents of the processors registers to RAM. Registers are like the processors scratch pads where it stores data temporarily as it processes the data. Windows also saves a digital bookmark in the applications code to save its place.
 
After the processor has cleared the registers, the processor fills them again with new data from the next program, and begins executing that programs Instructions from a new location In RAM until that programs time slice expires. Windows tells the processor to save those registers and repeat the process for the next application being multitasked. If a program needs the services of a PCs hardware, such as a printer port or video card, Windows first checks whether another multitasked program Is already using that service. If it is in use, Windows puts the now request into a queue until the current hardware operation is completed. Then Windows gives the requesting program access to the hardware through drivers or the BIOS.


Q25. According to the passage, a program being processed if is in need of the services of PCs hardware makes
 
a) Windows checks and puts a request to use it immediately as it is currently being processed 
b) Windows checks and puts a request into queue if it is already in use 
c) Windows checks and puts a request into queue if it is already in use and keeps processing the program until the current hardware operation is completed 
d) Windows checks and puts a request into queue if it is already in use and stores the program in registers until the current hardware operation is completed


Q26. Choose the most accurate statement
 
a) If an application needs additional memory, it sends a request to Windows, which assigns available RAM to the application 
b) If an application needs additional memory, 9 sends a request to Windows, which saves oldest used RAM to hard disk and assigns the RAM to application 
c) If an application needs additional memory, it sends a request to Windows which saves oldest used RAM to virtual memory and assigns the RAM to application 
d) If an application needs additional memory, it sends a request to Windows, which starts swapping between memory and disk to free some RAM and assigns to the application


Q27. If there is insufficient RAM to run an application, Windows
 
a) Uses virtual memory instead of RAM 
b) Clears the RAM for the application 
c) Uses registers as the RAM 
d) Copies the contents of the oldest used RAM to virtual memory, then assigns the RAM to the application
 

Q28. In multitasking, when one program slice of processor time is over
 
a) Processor writes contents of registers to RAM and from there to virtual memory, the hard disk storage 
b) Processor writes contents of registers to RAM and fills them again with next programs instructions 
c) Processor writes contents of registers to RAM and fills them again with next programs data and executes programs instructions from RAM 
d) Processor writes contents of registers to RAM and starts executing the next program from RAM



Q29. Multitasking means,
 
a) Multiple programs are processed at any instant of time
b) Multiple programs are assigned a slice of the processors time 
c) Multiple programs use the RAM through swapping 
d) Multiple programs use the services of a single hardware



Q30. What is the output of the following function if the following parameter is passed into the function as shown below function (12345);
 
long function(char *a)
int n=O; int sign; sign =(*s==,,)?1:1; if(*S == .2 11 *8
S++;
for(;*s >=,0,&& *s <=V; s++) n 10 * n + (*s V);
return sign n;
 
a) String 54321          
b) String 12345          
c) Long int 12345      
d) Long int 54321
 


Q31. Which of the following does not print the numbers from 1 to 10?
 
a) maino
int i;
while (i<=10)
printf(%d , i); j++;
 
b) main()
int i;
i=O; do
Printf(%d . ++i), while (i<10);
 
c) maino
int i; for (i=l ; i<=1 0; i++) printf(%d , i); I 

d) maino
int i;
i=O; do I printf(%d , ++i); while (i<=10);



Q32. What could be the output of the following program?

 ffinclude < stdio.h > maino struct r
char city[10]; Int pin;
static struct r p =(mysore,20); static char nj] =bangalore; FILE *fp; fp= fopen(TRLAL,wb);



Q33. Find the output of the program:-

register int a,b;
int *p,*q;
p=&a;
q=&b;
pf(%d %d,p,q);

note:for register storage clss & is not used,because register itself points to a address


Q34. Find the output of the Program:

int a=100,b=200,p;
if(a!=100)
a=300;
p=200;
pf(%d %d,a,p);


ANS: 100, 200.


  
   






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