ijk
cÖkœe¨sK 2009-2012
BmjvwgK ÷vwWR wefvM, Xvwe|
‡Kvm©-305
K-wefvM
2012 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. AvšÍR©vwZK m¤úK© ej‡Z wK eyS ?
Bmjv‡gi Av‡jv‡K Av‡jvPbv Ki|
2. RvwZmg~‡ni kÎæfvevcboe m¤úK© m¤úwK©Z
Bmjvgx g~jbxwZ mg~n e¨vL¨v Ki|
3. RvwZmg~‡ni ga¨Kvi kvwšÍc~Y© m¤ú‡K©i
wewfbœ welq m¤úwK©Z Bmjvgx `„wófw½ Av‡jvPbv Ki|
4.
wek¦kvwšÍ cÖwZôvq Bmjv‡gi w`Kwb‡`©kbv e¨vL¨v Ki|
2011
(‡h †Kvb `ywU
cÖ‡kœi DËi `vI)
1. AvšÍR©vwZK m¤úK© ej‡Z wK
†evSvq? AvšÍR©vwZK m¤úK© cÖavbZ: KZ cÖKvi? kvwšÍc~Y© m¤úK© iÿvi c×wZ mg~n
Av‡jvPbv Ki|
2. RvwZmg~‡ni ga¨Kvi kvwšÍc~Y©
m¤úK© ej‡Z wK †evSvq? kvwšÍc~Y© m¤ú‡K©i wewfbœ welq m¤úwK©Z Bmjvgx `„wófw½
Av‡jvPbv Ki|
3. RvwZ mg~‡ni g‡a¨ hy×iZ m¤úK©
ej‡Z wK †evSvq? hy×iZ m¤ú‡K©i welq¸‡jvi Bmjvgx g~jbxwZ mg~n Av‡jvPbv Ki|
4.
RvwZmg~‡ni g‡a¨ wbi‡cÿZv ej‡Z wK †evSvq? KziAvb, mybœvn Ges Bmjvgx AvBbÁM‡Yi
Abymi‡b wbi‡cÿZv m¤ú‡K© Av‡jvPbv Ki|
2010
(‡h †Kvb `ywU
cÖ‡kœi DËi `vI)
1.
Bmjv‡g AvšÍR©vwZK m¤ú‡K©i mbvZb gZev` wK? eZ©gvb we‡k¦ G gZev` Kvh©Ki wK bv?
Av‡jvPbv Ki|
2. RvwZmg~‡ni kvwšÍc~Y© m¤úK© ej‡Z wK eySvq? ¯^vaxbZv,
m¤úwË, GLwZqvi, mgZv, K~U‰bwZK I evwbwR¨K m¤úK© BZ¨vw` Dcwk‡ivbv‡gi Aax‡b
kvwšÍc~Y© m¤ú‡K©i AwaKvi I `vwqZ¡ m¤úwK©Z Bmjvgx `„wófw½ eY©bv Ki|
3. RvwZmg~‡ni kÎæfvevcbœ m¤úK© ej‡Z wK eySvq? kÎæfvevcbœ m¤úwK©Z
welqvejxi Bmjvgx g~jbxwZmg~n Av‡jvPbv Ki|
4. wbi‡cÿZv ej‡Z wK eySvq? KziÕAvb, mybœvn I Bmjvgx
AvBbwe`M‡Yi Abymi‡Y wbi‡cÿZv m¤ú‡K© Av‡jvPbv Ki|
2009
(‡h †Kvb `ywU cÖ‡kœi
DËi `vI)
1.
AvšÍR©vwZK m¤úK© ej‡Z wK eySvq? kvwšÍc~Y© m¤úK© iÿvi c×wZ mg~n Av‡jvPbv Ki|
2.
RvwZmg~‡ni kvwšÍc~Y© m¤úK© ej‡Z wK eySvq? ¯^vaxbZv, m¤úwË, GLwZqvi, mgZv,
K~U‰bwZK I evwbwR¨K m¤úK© BZ¨vw` Dcwk‡ivbv‡gi Aax‡b kvwšÍc~Y© m¤ú‡K©i AwaKvi I
`vwqZ¡ m¤úwK©Z Bmjvgx `„wófw½ eY©bv Ki|
3.
RvwZmg~‡ni hy× weMÖ‡ni m¤úK© ej‡Z wK eySvq? hy× weMÖn m¤úwK©Z welqvejxi Bmjvgx
g~jbxwZmg~n Av‡jvPbv Ki|
4. wbi‡cÿZv ej‡Z wK eySvq? KziÕAvb, mybœvn I Bmjvgx AvBbwe`M‡Yi Abymi‡Y
wbi‡cÿZv m¤ú‡K© Av‡jvPbv Ki|
‡Kvm©-305
L- wefvM
2012 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. bvixev` m¤ú‡K© Av‡jvPbv Ki|
2. dvZIqv m¤ú‡K© hv Rvb wjL|
3. A½ `vb m¤ú‡K© Av‡jvPbv Ki|
4. Mf©cvZ m¤úwK©Z ˆbwZKZv Av‡jvPbv Ki|
2011 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. Bmjvgx ivRbxwZ ej‡Z wK †evSvq? MYZ‡š¿i cÖwZ Bmjv‡gi g‡bvfve e¨vL¨v I g~j¨vqb
Ki|
2. Ôbvixev`Õ Kv‡K e‡j? bvix †bZ…Z¡ m¤ú‡K© Bmjv‡gi `„wófw½ e¨vL¨v Ki|
3. wRnv‡`i AšÍwb©wnZ Zvrch© wK? Bmjv‡gi wkÿv wK mš¿v‡mi mv‡_ m½wZc~Y©?
†Zvgvi Dˇii c‡ÿ hyw³ `vI|
4. cwi‡ek msKU DËi‡b Bmjv‡gi f‚wgKv Av‡jvPbv Ki|
2010 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. wLjvdZ Kv‡K e‡j? eZ©gvb we‡k¦ Bmjv‡gi wLjvdZ e¨e¯’v cÖeZ©‡bi †ÿ‡Î
mgm¨v I m¤¢vebv Av‡jvPbv Ki|
2. ‡K¬vwbs A_© wK? GUv KZ cÖKvi? gvbe ‡K¬vwbs m¤ú‡K© Bmjvgx `„wófw½
e¨vL¨v Ki|
3. dvZIqv A_© wK? Gi DrcwË KLb nq? evsjv‡`‡k dvZIqvi Ace¨envi †iv‡a wK
wK c`‡ÿc MÖnY Kiv †h‡Z cv‡i? eY©bv Ki|
4. evqy `~lY Kv‡K e‡j? Gi Øviv gvbyl I cwi‡e‡ki wK
ai‡Yi ÿwZ nq? evqy `~lY †iv‡a KziÕAvb I nv`x‡mi w`Kwb‡`©kbv Av‡jvPbv Ki|
2009 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. Ôbvixev`Õ Kv‡K e‡j? bvix †bZ…Z¡ m¤ú‡K© Bmjv‡gi aviYv e¨vL¨v Ki|
2. wRnv` Kv‡K e‡j? GUv KZcÖKvi I wK wK? ÒBmjvg mš¿vmev` mg_©b K‡i bvÓ -
Av‡jvPbv Ki|
3. cvwb `~lY Kv‡K e‡j? Gi Øviv gvbyl I cwi‡e‡ki wK ai‡Yi ÿwZ nq? cvwb
`~lY †iv‡a KziÕAvb I nv`x‡mi w`K wb‡`©kbv Av‡jvPbv Ki|
4. dvZIqv Kv‡K e‡j? Gi cÖ‡qvRbxqZv wK? gymwjg mgv‡R
KLb wKfv‡e dvZIqv Gi cÖPjb n‡q‡Q? GKRb gydwZi wK wK †hvM¨Zv _vKv cÖ‡qvRb?
dvZIqvi Ace¨envi †iv‡a wK wK c`‡ÿc MÖnY Kiv †h‡Z cv‡i? †Zvgvi gZvgZ D‡jøL Kii|
‡Kvm©-306
K-wefvM
2012 (Answer any 5 from 7)
1. Convert 758 Octal number into hexadecimal number.
2. Substract 10111002 from 01110002 by
complement method.
3. Construct all the three basic logic gates using NOR gates only.
4. State De Morgan's law and prove by truth table method.
5. Draw the chipset
structure of a PC Main board, write down the name of different types of the
system buses.
6. How do you classify
computer memory? Briefly describe two secondary storage media.
7. Name five input and five output device.
2011 (Answer any 5 from 6)
1. Write
any five characteristics features of 1st generation computer.
2.
Describe the function of Arithmetic logic unit (ALU).
3.
Convert 101.11 binary number into decimal and 12.25 decimal number into binary.
4. State De
Morgan's law. Prove that x+x(Bar).y = x+y.
5. Name
five input and five output devices.
6. Name the types of computer memory and discuss any one of them.
2010 (Answer any 5 from 6)
1. Draw the
basic organization of a computer system and describe the function of central
processing unit.
2. Convert
110.11 binary numbers into decimal and decimal number into binary.
3. With
complement method do the subtraction 01110002 -10111002
4. Why is
NOR gate called universal gate? Construct all the three basic gates using NOR
gates only.
5. State De
Morgan's law and prove it by truth table method.
6.
How does computer virus spread from one computer to another and how can we
prevent it?
2009 (Answer any 5 from 8)
1. (a) Write five characteristics of first generation Computers.
(b) Draw the basic organization of a computer system.
2. (a) Mention five general characteristics of a computer and discuss on
any one of them.
(b) What is base of a number system? A number system has base 12. How
many Digits are used for this number system?
3. (a) Convert 101.101 binary number into decimal number.
(b) Convert 15.25 decimal numbers into binary number.
4. (a) Convert 758 octal number into hexadecimal number by
shortcut method.
(b) Subtract 10111002 from 01110002 by complement
method.
5. (a) Divide 1000012 by 1102
(b) Write down the results of the following Boolean expressions.
i) x + 1 ii)
x.1 iii) x + 0 iv) x.o v) x + x(Bar)
6. (a) State De Morgan's Law Draw the symbols of three basic gates.
(b) Why is NAND gate called universal gate? Design and construct a half
adder circuit using Logic gates.
7. (a) What is computer virus and anti-virus? How does virus spread from
one computer to another computer?
(b) Discuss three types of computer network.
8. (a) Describe good impacts of computer on Society.
(b) What is internet? write five uses of internet.
‡Kvm©-306
L- wefvM
2012 (Answer any 5 from 7)
1. How do
you classify software? Briefly describe three qualification of application
software.
2. Mention
the main function of an operating system.
3.
Distinguish between peer to peer and client-server networking.
4. Explain
bus topology with its advantages and disadvantages.
5. Describe
the features of coaxial and optical fiber cable.
6. Describe
the functions of different layers of OSI protocol and compare them with TCP/IP.
7.
Write short notes (any two)
a.CPU Registers. b.Local Area Network c.Switch
d.Internet.
2011 (Answer any 5 from 6)
1. List
the function of system software. Name six commonly known Application Software.
2. List
the full steps of software development. Draw the six flow chart symbols.
3. Draw a
flow chart to calculate the average of marks obtained from five subject.
4. List
four limitations of machine language. Describe main functions of an operating
system.
5. Write the name of five transmission media and discuss any one of
them.
6. Mention five bad impacts of computer on society. How does computer
virus spread?
2010 (Answer any 5 from 6)
1. What is
Internet? Is internet and WWW are the same?
2. What is
computer network? Describe the following terms: Personal Area Network (PAN),
Home Area Network (HAN) and Campus Area Network (CAN).
3. What is
transmission Medium? Describe the properties of different wireless multi
user/multi tasking and single user/single tasking operating system?
4. Describe
the necessity of Operating system. State the differences between multi
user/multi tasking and single user/single tasking operating system.
5. A
magnetic disk is having 80 tacks and each track is having 18 sectors. If each
sector contains 1 Kilobyte then what would be the total size of a single sided
disk. What would be the capacity if the disk is double sided?
6.
Why do we need programming language? Describe different generation of
programming language with examples.
2009 (Answer any 5 from 8)
1. (a) What is Internet? Name some popular browser's of Internet?
(b) Briefly describe three
major services of the Internet?
2. (a) Define the terms LAN, MAN and WAN?
(b) Name three common media
for connecting the computers in a network.
3. (a) List the available physical topologies used to build networks.
(b) What is the advantage and
disadvantages of each of them?
4. (a) Define the terms operating system and user interface.
(b) Name three popular
operating system.
5. (a) Describe the type of operating system.
(b) Name three major functions
of an operating system.
6. (a) What is virus? How this may affect the computer?
(b) What are the factors other
than virus that may create trouble for a computer?
7. (a) What is Network Interface Card (NIC)? Why do we need?
(b) Describe the characteristics
of Gigabit Ethernet.
8. (a) What is programming language? why do we need it?
(b) State the differences between
Application Software and System Software?
‡Kvm©-308
K-wefvM
2012 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1.
‡mŠw` Avie cÖwZôvi BwZnvm wjL| gymwjg D¤§vni wbKU ‡mŠw` Avi‡ei ¸iæZ¡ KZUzKz ?
2.
BivK I Biv‡bi ga¨Kvi hy‡×i KviY I djvdj eY©bv Ki|
3.
BmivBj iv‡óªi cÖwZôvi BwZnvm Ges G e¨vcv‡i e„nr kw³eM© I RvwZms‡Ni f‚wgKv
Av‡jvPbv Ki|
4.
Zzi‡¯‹i cwiPq Dc¯’vcb Ki|
2011
(‡h †Kvb `ywU
cÖ‡kœi DËi `vI)
1. ‡mŠ`x Avi‡ei †fŠMwjK,
A_©‰bwZK I mvs¯‹…wZK Ae¯’vi GKwU eY©bv `vI|
2. Biv‡bi cwiPq Zz‡j ai|
3. BivK KZ©„K Kz‡qZ Avµg‡bi
KviY, NUbv I djvdj Av‡jvPbv Ki|
4.
wdwjw¯Íb msK‡Ui BwZnvm Av‡jvPbv Ki|
2010
(‡h †Kvb `ywU
cÖ‡kœi DËi `vI)
1. ‡mŠ`x Avi‡ei cwiPq Zz‡j ai|
2. BivK I Biv‡bi ga¨Kvi hy× m¤ú‡K© hv
Rvb wjL|
3. Bqvwmi Avivdv‡Zi Rxebx I ¯^vaxb
wdwjw¯Íb cÖwZôvq Zuvi Ae`vb Av‡jvPbv Ki|
4.
Zzi‡¯‹i ‡fŠMwjK, A_©‰bwZK I ivR‰bwZK Ae¯’v m¤^‡Ü hv Rvb wjL|
2009 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. ‡mŠw` Avie cÖwZôvi BwZnvm wjL| gymwjg D¤§vni wbKU ‡mŠw` Avi‡ei ¸iæZ¡
KZUzKz? Av‡jvPbv Ki|
2. Biv‡bi Bmjvgx wecø‡ei BwZnvm Av‡jvPbv Ki|
3. BivK KZ©„K Kz‡qZ Avμg‡Yi KviY I NUbv I djvdj Av‡jvPbv Ki|
4. BmivBj iv‡óªi cÖwZôvi BwZnvm Ges G e¨vcv‡i e„nr
kw³eM© I RvwZms‡Ni f‚wgKv Av‡jvPbv Ki|
‡Kvm©-308
L- wefvM
2012 (‡h †Kvb
`ywU cÖ‡kœi DËi `vI)
1. gvjØx‡ci mswÿß cwiPq `vI| †`kwUi A_©‰bwZK I ivR‰bwZK Ae¯’v m¤ú‡K© hv
Rvb wjL|
2. Z`vbxšÍb c~e© I cwðg cvwK¯Ív‡bi ga¨Kvi Ø›Ø I ˆelg¨¸‡jv Av‡jvPbv Ki|
3. wgk‡ii gynv¤§` Avjx cvkvi ms¯‹vi mg~n Av‡jvPbv Ki| Zv‡K AvaywbK
wgk‡ii RbK ejv Zzwg KZUzKz hyw³hy³ g‡bKi|
4. AvaywbK gj‡qwkqvi cybM©V‡b W.gvnvw_i gynv¤§` Gi
†bZ…‡Z¡i g~j¨vqb Ki|
2011 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. gvjØx‡ci †fŠMwjK, A_©‰bwZK I ivR‰bwZK Ae¯’v m¤ú‡K© hv Rvb wjL|
2. cvwK¯Ív‡b Bmjvgx msweavb cÖwZôvi Av‡›`vjb I Gi djvdj Av‡jvPbv Ki|
3. Avwmqvb wK? Gi ˆewkó¨ mg~n D‡jøLc~e©K Avwmqvb MV‡b gvj‡qwkqv I B‡›`v‡bwkqvi
f‚wgKv Av‡jvPbv Ki|
4. ‡b‡cvwjqb †evbvcvU© KZ©„K wgki Awfhv‡bi KviY I
djvdj eY©bv Ki|
2010 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. gvjØx‡ci mswÿß cwiPq `vI| Gi DÌvb I kvmbZvwš¿K AMÖMwZ m¤ú‡K© †Zvgvi
gZvgZ e¨³ Ki|
2. Z`vbxšÍb c~e© I cwðg cvwK¯Ív‡bi ga¨Kvi Ø›Ø I ˆelg¨¸‡jv Av‡jvPbv Ki|
3. AvdMvwb¯Ív‡bi Zv‡jevb wecø‡ei mswÿß weeiY `vI|
4. wgm‡ii mswÿß cwiPq `vI| †fŠMwjK ˆewk‡ó¨i wfwˇZ
wgmi‡K KqwU A‡j fvM Kiv n‡q‡Q? we¯ÍvwiZ Av‡jvPbv Ki|
2009 (‡h †Kvb `ywU cÖ‡kœi DËi `vI)
1. ‡b‡cvwjqvb †evbvcvU© KZ…©K wgki Awfhv‡bi KviY I djvdj eY©bv Ki|
2. ‡mvwf‡qZ AvMÖvmb D‡jøLc~e©K AvdMvwb¯Ív‡b GwcÖ‡ji wecøe m¤ú‡K© †Zvgvi
gZvgZ e¨³ Ki|
3. cvwK¯Ív‡b Bmjvgx msweavb cÖwZôvi Av‡›`vjb I Gi djvdj Av‡jvPbv Ki|
4. UxKv wjL t K)
AvBwWwe L) Avie jxM M) nvq AvZzj BMvmv|
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