1. WHAT IS THE DIFFERENCE B/W 2000 & 2003 SERVER
A. WINDOWS 2000 WINDOWS 2003
AD VER 1.0 AD VER 1.1NTFS VER 5.0 NTFS 5.2
SIZE OF NTDS 16 MB SIZE OF NTDS.DIT 12 MB
DISK QUOTAS DISK QUOTAS
VOLUME SHADOW COPY SERVICES
SOFTWARE UPDATE SERVICES
GP MGMT CONSOLE
MBSA
ADMT
RSOP
IIS 5.0 IIS 6.0
DFS REPLICA DFS TARGET
2. WHAT ARE THE DIFFERENT FLAVOURS IN 2K
► WINDOWS 2000 PROFESSIONAL
► WINDOWS 2000 SERVER
► WINDOWS 2000 ADVANCE SERVER
► WINDOWS 2000 DATA CENTER SERVER
3. DIFFERENCES B/W EACH FLAVOUR OF 2K
|
| STANDARD SERVER | ADVANCED SERVER | DATACENTERSERVER | PROFESSIONAL |
| SUITABILITY | SMALL TO MEDIUM N/W | MEDIUM TO LARGE N/W | EXTREMELY LARGE N/W | WEB DESIGNERS |
| SMP | 4 PROCESSORS | 8 PROCESSORS | 16 PROCESSORS | 2 PROCESSORS |
| RAM | 4 GB | 8 GB | 64 GB | 2 GB |
| FAULT TOLERANCE | YES | YES | YES | NO |
| N/W LOAD BALANCE | NO | YES | YES | NO |
| CLUSTERING | NO | YES | YES | NO |
| NO. OF NODES | -- | 4 | 8 | -- |
4. COMMON FEATURES OF W2K FAMILY
A. ACTIVE DIRECTORY
DDNS NTFS VER 5.0 GROUP POLICY MULTI MASTER REPLICATION
DISK QUOTAS IIS 5.0 INBUILT TS DFS
RRAS DHCP PNP RIS
5. WHAT ARE THE DIFFERENT FLAVOURS IN 2003
► WINDOWS 2003 STANDARD EDITION
► WINDOWS 2003 ENTERPRISE EDITION
► WINDOWS 2003 DATA CENTER SERVER
► WINDOWS 2003 WEB EDITION
6. SPECIFIC FEATURES OF WIN 2003 OS FAMILY
|
| STANDARD EDITION | ENTERPRISE EDITION | DATACENTER EDITION | WEB EDITION |
| SUITABILITY | SMALL NETWORKS | MEDIUM TO LARGE | EXTREMELY LARGE | WEB DESIGNERS |
| SMP | 4 PROCESSORS | 8 PROCESSORS | 64 PROCESSORS | 2 PROCESSORS |
| RAM | 4 GB | 8 GB | 64 GB | 2 GB |
| FAULT TOLERANCE | YES | YES | YES | NO |
| N/W LOAD BALANCE | NO | YES | YES | NO |
| CLUSTERING | NO | YES | YES | NO |
| NO. OF NODES | -- | 4 | 8 | -- |
7. HARD WARE REQUIREMENTS FOR 2003
A.
| REQUIREMENT | STANDARD EDITION | ENTERPRISE EDITION | DATACENTER EDITION | WEB EDITION |
| MINIMUM CPU SPEED | 133 MHZ | 133 MHZ FOR X86-BASED COMPUTERS. 733 MHZ FOR ITANIUM-BASED COMPUTERS. | 400 MHZ FOR X86-BASED COMPUTERS. 733 MHZ FOR ITANIUM-BASED COMPUTERS. | 133 MHZ |
| RECOMMENDED CPU SPEED | 550 MHZ | 733 MHZ | 733 MHZ | 550 MHZ |
| MINIMUM RAM | 128 MB | 128 MB | 512 MB | 128 MB |
| RECOMMENDED MINIMUM RAM | 256 MB | 256 MB | 1 GB | 256 MB |
| MAXIMUM RAM | 4 GB | 32 GB FOR X86-BASED COMPUTERS. 64 GB FOR ITANIUM-BASED COMPUTERS. | 64 GB FOR X86-BASED COMPUTERS. 512 GB FOR ITANIUM-BASED COMPUTERS. | 2 GB |
| MULTIPROCESSOR SUPPORT | UP TO 4 | UP TO 8 | MINIMUM 8-WAY MAXIMUM 64 | UP TO 2 |
| DISK SPACE FOR SETUP | 1.5 GB | 1.5 GB FOR X86-BASED COMPUTERS. 2.0 GB FOR ITANIUM-BASED COMPUTERS. | 1.5 GB FOR X86-BASED COMPUTERS. 2.0 GB FOR ITANIUM-BASED COMPUTERS. | 1.5 GB |
8. H/W REQUIREMENTS FOR INSTALLING 2K PRO/STANDARAD /ADV/DATA CENTER
A
| REQUIREMENTS | WINDOWS 2000 PROFESSIONAL | WINDOWS 2000 SERVER | WINDOWS 2000 ADVANCE SERVER | WINDOWS 2000 DATA CENTER SERVER |
| PROCESSOR | PENTIUM 166MHZ | PENTIUM 166MHZ | PENTIUM 166MHZ | PENTIUM 166MHZ |
| FREE HARD DISK SPACE | 650 MB | 950 MB | 950 MB | 950 MB |
| RAM | 32 MB | 64 MB | 64 MB | 64 MB |
| RECOMMENDED RAM | 64 MB | 128 MB | 128 MB | 256 MB |
| MAX. RAM | 2 GB | 4 GB | 8 GB | 64 GB |
| NO. OF PROCESSORS | 2 | 4 | 8 | 32 |
9. WHAT ARE THE COMPONENTS OF 2K ARCHITECTURE
A. USER MODE, KERNEL MODE, SUB SYSTEMS, EXECUTIVE SERVICES, KERNEL, HAL
10. WHAT IS AD
A. AN ACTIVE DIRECTORY IS A CENTRALIZED DATABASE WHERE IT CONTAINS INFORMATION ABOUT OBJECTS LIKE, USERS, GROUPS, COMPUTERS, PRINTERS, OUS, CONTACTS AND SHARED FOLDERS.
11. FEATURES OF AD
A. FULLY INTEGRATED SECURITY, INTEGRATION WITH DNS, POLICY BASED ADMINISTRATION, SCALABLE, FLEXIBLE, EXTENSIBLE, INTER OPERABILITY WITH OTHER DIRECTORY SERVICES.
12. WHAT ARE THE COMPONENTS OF AD
A. LOGICAL STRUCTURE: DOMAINS, TREES, FORESTS & OUS
PHYSICAL STRUCTURE: SITES AND DOMAIN CONTROLLERS
13. WHAT IS STRUCTURE OF AD
A. LOGICAL AND PHYSICAL
14. WHAT IS THE PROTOCOL USED BY AD FOR DIRECTORY ACCESS
A. LDAP LIGHT WEIGHT DIRECTORY ACCESS PROTOCOL
15. WHAT ARE THE NAMING CONVENTIONS USED BY LDAP
A. DN-(DISTINGUISHED NAME) RDN-(RELATIVE DISTINGUISHED NAME)
UPN-(USER PRINCIPAL NAME) GUID-(GOLBAL UNIQUE IDENTIFIER)
16. WHAT IS A DOMAIN
A. DOMAIN IS COLLECTION OF COMPUTERS CONNECTED TOGETHER WITH A SERVER AND USERS.
17. WHAT IS WORKGROUP
A. COLLECTION OF COMPUTERS CONNECTED TOGETHER WITHOUT A SERVER (ONLY CLIENTS)
18. WHAT IS A TREE
A. TREE IS A LOGICAL COMPONENT OF AD. IS A COLLECTION OF DOMAINS WHICH SHARE CONTIGUOUS NAME SPACE
19. WHAT IS A FOREST
A. COLLECTION OF TREES WHICH DON’T SHARE CONTIGUOUS NAME SPACE.
20. WHAT IS A SITE
A. SITE IS A PHYSICAL COMPONENT OF AD. GROUP OF TCP/IP SUBNETS CONNECTED WITH A HIGH SPEED WAN LINK.
21. WHAT IS DC
A. SERVER WITH AD INSTALLED
22. WHAT IS A CHILD DC
A. IS A SUB DOMAIN CONTROLLER UNDER ROOT DOMAIN CONTROLLER WHICH SHARE NAME SPACE
23. WHAT IS AN ADDITIONAL DC
A. IT IS A BACKUP SERVER FOR DC
24. HOW TO PROMOTE DC ON A MEMBER SERVER
A. START – RUN – DCPROMO
25. WHAT IS A ROLE OF ADDITIONAL DC
A. IT MAINTAINS BACKUP OF AD TO PROVIDE FAULT TOLERANCE AND NETWORK LOAD BALANCING.
26. A DC CAN HAVE HOW MANY ADDITIONAL DCS
A. ANY NO. OF ADCS
27. WHAT ARE THE ADDITIONAL TOOLS FOUND AFTER INSTALLING A DC
A. ADUC, ADSS, ADDT, DCSP, DSP
28. WHAT ARE DIFF FUNCTIONAL LEVELS OF 2003
A. DOMAIN FUNCTIONAL LEVEL AND FOREST FUNCTIONAL LEVELS
29. WHAT IS A MEMBER SERVER
A. 2000 OF 2003 SERVER WHICH IS A PART OF THE DOMAIN
30. WHAT IS A STANDALONE SERVER
A. SERVER WHICH IS NOT A PART OF DOMAIN
31. WHAT IS AN OBJECT
A. IT IS A REPRESENTATION OF IN ENTITY
32. WHAT ARE THE DIFFERENT OBJECTS IN AD
A. USERS, GROUPS, COMPUTERS, PRINTERS, OUS, CONTACTS AND SHARED FOLDERS
33. WHAT IS A SCHEMA
A. SET OF RULES. SCHEMA IS DESIGN OF AD, DEFINES OBJECTS AND CLASSES
34. WHAT IS AN ATTRIBUTE
A. ATTRIBUTE IS A PIECE OF INFORMATION ABOUT OBJECTS (PROPERTIES OF OBJECTS)
35. WHAT IS A CLASS
A. CLASS IS A COLLECTION OF AD OBJECTS
36. WHAT IS AN FSMO
A. FLEXIBLE SINGLE MASTER OPERATIONS
37. WHAT ARE THE DIFF OPERATIONS MASTER OF 2003
A SCHEMA MASTER, DOMAIN NAMING MASTER, PDC EMULATOR, INFRASTRUCTURE MASTER, RID MASTER
38. WHAT IS A SCHEMA MASTER
A. IS RESPONSIBLE FOR OVER ALL MANAGEMENT, STRUCTURE AND DESIGN OF SCHEMA
ONLY ONE SCHEMA MASTER IN ENTIRE FOREST
39. WHAT IS A DOMAIN NAMING MASTER,
A. IS RESPONSIBLE FOR ADDITION OR REMOVAL OF DOMAINS AND MAINTAINING UNIQUE DOMAIN NAMES, ONLY ONE DN MASTER IN ENTIRE FOREST
40. WHAT IS A PDC EMULATOR
A. IS RESPONSIBLE FOR PROVIDING BACKWARD COMPATIBILITY FOR NT BDCS IN MIXED MODE. IT ACTS LIKE A PDC FOR BDCS. IT UPDATES THE PASSWORD CHANGES, SYNCHRONIZES TIME BETWEEN DCS, ONLY ONE PDC EMULATOR PER DOMAIN.
41. WHAT IS A INFRASTRUCTURE MASTER
A. IS RESPONSIBLE FOR UPDATING USER AND GROUP MEMBERSHIP INFORMATION AND UPDATING GLOBAL CATALOG, ONLY ONE INFRASTRUCTURE MASTER PER DOMAIN
42. WHAT IS A RID MASTER
A. RELATIVE IDENTIFIER IS RESPONSIBLE FOR ASSIGNING UNIQUE IDS TO THE OBJECTS CREATED IN THE AD, ONLY ONE RID MASTER PER DOMAIN
43. WHAT IS FILE SYSTEM
A. FILE SYSTEM PROVIDES THE SERVICES LIKE SAVING, DELETING & COPYING OF FILES & FOLDERS IN A SYSTEMATIC MANNER ON THE HARD DISK
44. WHAT ARE DIFF FS SUPPORTED BY 2000 & 2003
A. FAT, FAT32, NTFS, CDFS & UDFS
46. FEATURES OF NTFS IN 2000 & 2003
A. PROVIDES FILE & FOLDER LEVEL SECURITY, COMPRESSION, ENCRYPTION, REDUCED FRAGMENTATION, HOT FIXING, MAXIMUM PARTITION SIZE : 2 TB, FILE SIZE : UP TO 64 GB, DISK QUOTAS, MOUNTING.
45. NEWLY ADDED NTFS FEATURES IN 2003
A. VOLUME SHADOW COPY SERVICES, MAXIMUM PARTITION SIZE: 16 TB
FILE SIZE CAN BE UP TO 16 TB, RECOVERY LOGGING OF DISK ACTIVITIES
46. WHAT IS THE NTFS VERSION FOR 2000 & 2003
A. VER 5.0 & 5.1 FOR 2000 AND VER 5.2 FOR WIN 2003
47. WHAT ARE THE FILE & FOLDER PERMISSIONS IN 2K
A. FILE PERMISSIONS: FULLCONTROL, MODIFY, READ & EXECUTE, READ, WRITE, SPECIAL PERMISSIONS
FOLDER PERMISSIONS: FULLCONTROL, MODIFY, READ & EXECUTE LIST FOLDER CONTENTS, READ, WRITE, SPECIAL PERMISSIONS
48. WHAT IS THE SIGNIGICANCE OF MODIFY & FULL CONTROL PERMISSIONS
A. FC = RWXDO, MODIFY = RWXD
49. WHAT ARE THE ADVANCED PERMISSIONS AVAILABLE IN 2K
A. COMBINATION OF PERMISSIONS.
50. WHAT ARE THE FILE ATTRIBUTES
A. READ, WRITE, HIDDEN & ARCHIVE.
51. WHAT ARE THE SHARE LEVEL PERMISSIONS
A. FULL CONTROL, CHANGE, READ
52. HOW TO SHARE A RESOURCE (F/F, DRIVE, PRINTER, ETC...)
A. RIGHT CLICK - F/F – PROPERTIES - SHARE
53. SHARE/FILE NAMES CAN BE UPTO
A. SHARE NAME CAN BE UP TO 80 CHARACTERS, FILE NAMES CAN BE UP TO 255 CHARACTERS.
54. HOW TO MAP A SHARED RESOURCE
A. RIGHT CLICK ON THE SHARE AND CLICK MAP NETWORK DRIVE
55. HOW TO CONNECT TO A SHARED RESOURCE USING COMMAND PROMPT
A. START – RUN – CMD - NET USE Z: (\\SYSTEMNAME\SHARENAME)
56. WHAT IS NET USE, NET SHARE, NET VIEW, NET USER ETC
A. NET USE FOR MAPPING DRIVES, NET SHARE FOR CREATING SHARES, NET VIEW FOR USERS LOGGED IN AND NET USER FOR CREATING OR MODIFYING USERS
57. HOW TO SHARE A RESOURCE REMOTELY
A. FROM COMPUTER MANAGEMENT – CONNECT TO THE COMPUTER – SHARED FOLDERS – R/C SHARES- NEW SHARE
58. HOW TO ACCESS A REMOTE SHARE
A. START – RUN – (\\SN\SN) OR MY NETWORK PLACES
59. WHAT IS A QUOTA & ITS FEATURES
A. NEW FEATURE IN 2000 & 2003. QUOTAS ENABLE IN ADMINISTRATOR TO LIMIT THE ACCESS TO THE FREE SPACE ON LOCAL OR SERVER’S HARD DISKS
60. WHAT IS A DFS,
A. DISTRIBUTED FILE SYSTEM ENABLE IN ADMINISTRATOR TO GATHER ALL THE SCATTERED SHARES ON THE NETWORK AND MAINTAIN IN A SINGLE SERVER AND MAKE THEM APPEAR AS IF THEY ARE ON THE SAME SIDE SERVER
61. BENEFITS OF DFS
A. EASY FILE ACCESS, FAULT TOLERANCE, LOAD BALANCING AND SECURITY
63. DFS TERMINOLOGY
A. DOMAIN DFS ROOT, STANDALONE DFS ROOT & DFS LINK
64. DIFF B/W DOMAIN DFS ROOT AND STAND ALONE DFS ROOT
A. DOMAIN DFS ROOT OFFERS FAULT TOLERANCE AND LOAD BALANCING, CAN BE CONFIGURED ONLY ON DC. STAND ALONE DFS ROOT DOES NOT OFFER FT & LB CAN BE CONFIGURED ONLY ON STAND ALONE SERVER
62. WHAT IS A DFS REPLICA OR TARGET
A. IT IS A BACKUP FOR DOMAN DFS ROOT ON ANOTHER SERVER
63. HOW MANY DFS ROOTS CAN EXIST FOR A DC
A. 5000 TO 50000
64. HOW MANY DFS LINKS CAN EXIST FOR A DC
A. 5000 TO 50000
65. NO OF DFS REPLICAS CAN EXIST FOR A DC
A. 31
66. WHAT IS EFS & ITS FEATURES
A. ENCRYPTION IS THE PROCESS OF CONVERTING DATA INTO A FORMAT THAT CANNOT BE READ BY ANOTHER USER. ONCE A USER HAS ENCRYPTED A FILE, THE FILE AUTOMATICALLY REMAINS ENCRYPTED WHENEVER THE FILE IS STORED ON DISK.
DECRYPTION IS THE PROCESS OF CONVERTING DATA FROM ENCRYPTED FORMAT BACK TO ITS ORIGINAL FORMAT. ONCE A USER HAS DECRYPTED A FILE, THE FILE REMAINS DECRYPTED WHENEVER THE FILE IS STORED ON DISK.
67. WHAT IS A TRUST
A. TRUST IS THE PROCESS OF OFFERING OR ACCESSING RESOURCES FROM ONE DOMAIN TO ANOTHER DOMAIN.
68. WHAT IS A TRANSITIVE TRUST
A. IT IS A TWO WAY TRUST
EX. IF A TRUSTS B, B AUTOMATICALLY TRUSTS A
69. WHAT IS A IN/NON TRANSITIVE TRUST
A. IT IS ONE WAY TRUST
EX. IF A TRUSTS B, B DOES NOT TRUST A
70. WHAT IS AN IMPLICIT TRUST
A. TRUST BETWEEN THE PARENT DOMAIN AND GRAND CHILD DOMAIN
71. WHAT IS AN EXPLICIT TRUST
A. IT IS A MANUAL TRUST ESTABLISHED BY ADMINISTRATOR BETWEEN TWO FOREST OR DOMAINS
72. WHAT IS THE DEFAULT TRUST BETWEEN THE PARENT & A CHILD DOMAIN
A. TWO WAY TRANSITIVE TRUST
73. HOW TO IMPLEMENT A TRUST
A. S-P-AT-ADDT-DOMAIN PROPERTIES-TRUST
74. AUTHENTICATION PROTOCOLS OF W2K
A. KERBEROS & NTLM
75. WHAT IS SPOOFING
A.
76. WHAT IS A KDC
A. KEY DISTRIBUTION CENTRE (DC) WHICH ISSUES KEYS TO THE CLIENTS
77. WHAT IS KERBEROS
A. IT IS AN AUTHENTICATION PROTOCOL OF WIN 2000 & 2003
78. WHAT IS NTLM
A. IT IS AN AUTHENTICATION PROTOCOL OF WIN NT
79. AUTHENTICATION PROCESS IN 2000 & 2003
A. 1.CLIENTS SENDS A REQUEST TO DC
B. DC CREATES A CLIENT SESSION KEY & SERVER SESSION KEY.
C. THE SERVER SESSION KEY PACKAGES CLIENT INFORMATION AND SERVER SESSION KEY AND FORMS A SESSION TICKET.
D. CLIENT SESSION KEY AND SESSION TICKET ARE SENT TO THE CLIENT WHICH CONSISTS OF RIGHTS AND PERMISSIONS.
E. THEN THE SERVER VERIFIES THE AUTHENTICATOR BETWEEN THE CLIENT & SERVER
F. ALLOWS THE RESOURCE
80. FEATURES OF KERBEROS
A. INTRODUCED IN THE YEAR 1991 BY MIT (MASSACHUSETTS INSTITUTE OF TECHNOLOGY)
B. WINDOWS 2000 WAS FIRST TO IMPLEMENT THIS PROTOCOL
C. KERBEROS IS A NAME OF 3 HEADED DOG (CERDEROS)
D. IT FALLOWS A 3 HEADED APPROACH WHILE AUTHENTICATING THE USERS
E. IT PROVIDES HIGH LEVEL OF SECURITY
F. IT ENCRYPTS THE USER NAME & PASSWORD WHEN THEY ARE BEING SENT OVER N/W
81. WHAT IS A TIMESTAMP
A. TIME CHECKED WHILE USER LOGS IN
82. WHAT IS A TIME SERVICE
A.
83. WHAT IS TGT & TGS
A.
84. WHAT IS A BASIC DISK & DYNAMIC DISK
A. BASIC DISK REFERS TO PARTITIONS, DYNAMIC REFERS TO VOLUMES
85. WHAT IS A SIMPLE, SPANNED , STRIPPED, MIRRORED AND RAID 5 VOLUME
A. SIMPLE VOLUME : SPACE FROM SINGLE HARD DISK FORMS SIMPLE VOLUME
B. SPANNED VOLUME : FREE SPACE CAN SPAN MORE THAN ONE HARD DISK AND APPEARS AS A SINGLE VOLUME
C. STRIPPED VOLUME: SPACE SELECTION FROM EACH HARD DISK IS IDENTICAL IN SIZE
D. MIRRORED VOLUME: IS AN ADDITIONAL HARD DISK USED FOR IMAGING PRIMARY HARD DISK TO PROTECT THE DATA IN THE SECOND DISK WHEN FIRST DISK FAILS.
86. WHAT IS RAID? RAID0, RAID 1, & RAID5
A. REDUNDANCY ARRAY INEXPENSIVE DISKS : IT IS A STANDARD USED FOR PROTECTING THE DATA
B. RAID0 : STRIPING WITHOUT PARITY OFFERS NO FAULT TOLERANCE
C. RAID1: MIRRORING OFFERS FAULT TOLERANCE, DOESN’T OFFER PERFORMANCE, REQUIRES DOWN TIME.
D. RAID5: STRIPING WITH PARITY OFFERS HIGHEST FAULT TOLERANCE, OFFERS AVAILABILITY AND PERFORMANCE I.E NO DOWN TIME.
87. DRIVES ARE REQUIRED FOR RAID 0,1,5
A. RAID0 : MINIMUM 2 DISKS AND MAXIMUM 32
B. RAID1 : MINIMUM & MAXIMUM 2 DISKS
C. RAID5 : MINIMUM 3 AND MAXIMUM 32
88. WHICH OF THE RAIDS PROVIDE HIGHEST FT
A. RAID 5
89. HOW TO REGENARATE THE DATA LOST FROM RAID 1 & 5
A. BY FIXING NEW HDD SELECTING REGENERATE OPTION BY RIGHT CLICKING ON THE DRIVE FROM DISK MANAGEMENT.
90. PRINT PROCESS IN 2K AND 2003
Application
A.
DOCUMENT TO BE PRINTED HANDED OVER TO GDI
GDI Print Drivers
GDI INVOKES PRINT DRIVERS AND DRIVERS CONVERT THE DOC FORMAT TO EITHER RAW OR EMF AND HANDS OVER TO THE SPOOLER
Spooler
SPOOLER GATHERS THE DOCUMENT TO THE LOCAL HDD AND HANDS OVER TO PRINT PROCESSOR
Print Processor 
PRINT PROCESSOR PRESENTS THE FORMAT TO THE PRINTER WHICH IS UNDERSTANDABLE BY THE PRINTER (RAW) AND HANDS OVER TO PRINT MONITOR
Monitor 
PRINT MONITOR DETERMINES THE PORT TO WHICH PRINT DEVICE IS ATTACHED SUBMITS THE DATA TO PRINT DEVICE
Print Device
PRINTS THE OUTPUT
91. WHAT IS A PRINT POOL
A. GROUP OF PRINTERS
92. WHAT IS THE DIFF B/W RAW & EMF FORMAT
A. RAW FORMAT IS THE ONLY FORMAT PRINTER UNDERSTANDS
B. EMF (ENHANCED META FORMAT) IT IS A COMPRESSED FORMAT USED FOR FASTER PRINTING OVER THE N/W.
93. WHAT IS LOCAL PRINTER
A. THE PRINTER WHICH IS DIRECTLY ATTACHED TO THE COMPUTER
95. WHAT IS A NETWORK PRINTER
A. A PRINTER WITH ITS OWN NIC
94. HOW TO CONNECT TO A REMOTE PRINT DEVICE
A. MY NETWORK PLACES, BROWSE THE PRINTERS, R/C CONNECT
95. WHAT ARE THE DEFAULT BUILT IN USER A/CS
A. ADMINISTRATOR AND GUEST A/CS
96. WHAT ARE THE DEFAULT BUILT IN GROUP A/CS
A. ACCOUNT OPERATORS, SERVER OPERATORS, BACKUP OPERATORS, ADMINISTRATORS, PRINT OPERATORS, ETC
97. WHAT IS A LOCAL GROUP
A. A GROUP WHICH CAN BE CREATED ON CLIENT COMPUTER
98. WHAT IS A DOMAIN LOCAL GROUP
A. A GROUP WITH PRE-DEFINED RIGHTS AND PERMISSIONS USED FOR SETTING PERMISSIONS
99. WHAT IS A GLOBAL GROUP
A. IS A COLLECTION OF USERS USED FOR ORGANIZING USERS
100. WHAT IS A GROUP SCOPE
A. GROUP SCOPE IDENTIFIES THE EXTENT OF THE GROUP THAT IT CAN SPAN WITH IN A DOMAIN OR FOREST
101. WHAT IS A UNIVARSAL GROUP
A. GROUP MADE UP OF USERS FROM DIFFERENT DOMAINS
102. WHAT ARE TWO TYPES OF GROUPS
A. DISTRIBUTION, SECURITY
103. WHAT ARE THE USER ENVIRONMENT NEEDS
A. DESKTOP SETTINGS, STARTUP APPLICATIONS & NETWORK CONNECTIVITY
104. WHAT IS A PROFILE
A. PROFILE IS COMBINATION OF USER ENVIRONMENT, DESKTOP ENVIRONMENT
105. WHAT IS A POLICY
A. POLICY IS A FEATURE OF OS WHICH DETERMINES WHICH USER HAS WHAT TYPE OF ACCESS TO THE N/W RESOURCES (WHAT A USER CAN AND CAN’T DO IN A N/W)
106. WHAT ARE THE DIFF POLICIES SUPPORTED IN 2K
A. ACCOUNT, AUDIT, SECURITY AND GROUP POLICY
107. WHAT ARE DIFF TYPES OF PROFILES
A. LOCAL : PROFILE WHICH IS SAVED IN THE LOCAL HDD WHERE THE USER WORKS AVAILABLE ONLY ONE COMPUTER
B. ROAMING : PROFILE WHICH IS SAVED IN THE SERVER AND AVAILABLE IN THE ENTIRE NETWORK
C. MANDATORY : AVAILABLE IN THE ENTIRE N/W BUT SETTING ARE NOT SAVED WHEN A USER LOGS OFF
108. HOW THE PROFILE IS APPLIED
A. WHEN THE USER LOGS IN IS LOADED WITH A LOCAL PROFILE AND N/W PROFILE WHICH EVER IS LATEST TAKES PRECEDENCE
109. HOW THE GROUP POLICY IS APPLIED
A. FIRST COMPUTER POLICY IS APPLIED THEN SITE, DOMAIN AND OU LEVEL
110. DIFF SECURITY POLICES OF 2K
A. LOCAL SECURITY POLICY : WHICH IS LIMITED IN ONLY TO THE LOCAL MACHINE
B. DOMAIN SECURITY POLICY : APPLIES TO ALL THE DOMAINS & COMPUTERS WITH IN THE DOMAIN
C. DOMAIN CONTROLLER SECURITY POLICY : APPLIES POLICIES ONLY TO ONE DOMAIN CONTROLLER
111. WHAT IS A RIGHT
A. IT IS A PERMISSION OR TYPE OF ACCESS WHAT A USER CAN DO AND CAN’T DO
112. WHAT IS A GROUP POLICY
A. IT IS A COMBINATION OF PERMISSIONS, SECURITY AND RIGHTS WHICH CAN BE APPLIED ON SITES, DOMAINS AND OUS
113. WHAT IS A GROUP POLICY OBJECT
A. AN OBJECT WITH A COMBINATION OF PERMISSIONS/POLICIES WHICH CAN BE LINKED WITH SITES, DOMAINS AND OUS
114. HOW TO LINK GPO WITH DC/SITE/OU
A. DC PROPERTIES - GROUP POLICY – NEW – GPO NAME
115. WHAT ARE THE FEATURES OF GROUP POLICY
A. GROUP POLICY OFFERS SECURITY, SOFTWARE DEPLOYMENT, FOLDER REDIRECTION, LOGON LOGOFF SCRIPTS, INTERNET EXPLORER MAINTENANCE, BACK UP AND RESTORE ETC.
116. GP CAN BE IMPLIMENTABLE ON
A. LOCAL COMPUTER, SITES, DOMAINS, DCS AND OUS
117. WHAT IS THE SIGNIFICANCE OF INHERITENCE OF GROUP POLICY
A. WHEN YOU APPLY POLICY ON SITE LEVEL, POLICY GETS INHERITED BY ALL THE DOMAINS AND OUS
118. WHAT IS THE SIGNIFICANCE OF BLOCKING GROUP POLICY INHERITANCE
A. WHEN A CHILD OBJECT NEED NOT BE EFFECTED WITH THE POLICY APPLIED ON THE PARENT
120. WHAT IS THE PURPOSE OF LINKING AN EXISTING GP WITH ANOTHER CONTAINER
A. A SINGLE GPO CAN HAVE MULTIPLE POLICIES SET AND CAN BE LINKED WITH SITES DOMAINS AND OUS. NEED NOT CREATE MULTIPLE GPOS.
119. WHAT IS THE ORDER IN WHICH GPOS ARE APPLIED
A. ALWAYS THE FIRST POLICY IS APPLIED THEN THE SECOND AND SO ON
120. WHAT ARE THE SUBFOLDERS SEEN UNDER COMPUTER CONFIGURATION &
USER CONFIGURATION
A. COMPUTER CONFIGURATION, SOFTWARE SETTING, WINDOWS SETTINGS AND ADMINISTRATIVE TEMPLATES
B. USER CONFIGURATION, SOFTWARE SETTING, WINDOWS SETTINGS AND ADMINISTRATIVE TEMPLATES
121. HOW TO APPLY SECURITY POLICIES USING GP
A. USING LSP, DSP, AND DCSP UNDER ADMIN TOOLS.
122. WHAT IS THE ADVANTAGE OF DEPLOYING SOFTWARES USING GP
A. AUTOMATING, UPGRADING AND REPAIRING SOFTWARE INSTALLATION ONLINE
123. WHAT ARE THE THREE PRIMARY GP SOFTWARE DEPLOYMENT METHODS
A. PUBLISHED, ASSIGNED AND ADVANCED
124. LAN PROTOCOLS SUPPORTED BY 2K
A. NETBEUI, IPX/SPX, TCP/IP, NWLINK, APPLETALK, DECNET
WINDOWS RAS AND ARAP
125. WAN PROTOCOLS SUPPORTED BY 2K & 03
A. SLIP, PPP
126. VPN PROTOCOLS SUPPORTED BY 2K & 03
A. L2F, PPTP AND L2TP
127. DIFF RAS AUTHENTICATION PROTOCOLS
A. PAP, CHAP, MSCHAP AND MSCHAP V2
129 WHAT IS AN ARP
A. ADDRESS RESOLUTION PROTOCOL USED FOR MAPPING IP TO MAC
128. FEATURES OF TCP/IP
A. IT IS A MOST POPULAR LAN AND WAN PROTOCOL
B. SUPPORTED BY MANY OS
C. IT IS A ROUTABLE PROTOCOL
D. IT IS A ROBUST PROTOCOL
E. AVAILABLE IN TWO VERSIONS IP V.4 & IP V.6
129. WHAT IS A SUBNET MASK
A. ACTS LIKE A MASK BETWEEN N/W AND HOST ID OR USED FOR DIFFERENTIATING N/W WITH HOST ID
130. WHAT IS SUBNETTING
A. DIVIDING THE SAME N/W INTO SMALLER SUBNETS
131. WHAT IS A GATEWAY
A. ADDRESS OF A ROUTER
132. WHAT ARE THE DIFF TCP/IP CLASSES
A. A, B, C, D AND E
133. WHAT ARE THE RESERVED IP ADDRESSES
A. 10.0.0.1 TO 10.255.255.254
B. 172.16.0.1 TO 172.31.255.254
C. 192.168.0.1 TO 192.168.255.255
134. WHAT IS ‘IANA’
A. INTERNET ASSIGNED NUMBERING AUTHORITY IS NOW CALLED AS INTERNET CORPORATION FOR ASSIGNING NAMES AND NUMBERS (ICANN)
135. WHAT IS MULTICASTING
A. USE OF CLASS D IPS : USED FOR PUBLISHING THE SAME MESSAGE TO GROUP OF PEOPLE
136. WHAT IS A NETWORK ID
A. 0.0.0.0
137. WHAT IS A BROADCAST ID
A. 255.255.255.255
137. WHAT IS A LOOP BACK ID
A. 127.0.0.1
139. DIFF TROUBLESHOOTING UTILITIES OF TCP/IP
A. PING, IPCONFIG, NBTSTAT, NETSTAT, PATHPING, TRACERT ETC
138. WHAT ARE THE CORE PROTOCOLS OF TCP/IP
A. TCP, UDP, ICMP AND ARP
139. WHAT IS ROUTING
A. PROCESS OF PROVIDING COMMUNICATION BETWEEN TWO DIFFERENT N/WS
140. WHAT IS DIFF BETWEEN STATIC & DYNAMIC ROUTING
A. STATIC ROUTING: DOESN’T REQUIRE ANY PROTOCOLS AND ROUTING TABLE REMAINS STATIC UNTIL ADMIN CHANGES.
B. DYNAMIC ROUTING : USES DYNAMIC ROUTING PROTOCOLS LIKE RIP V2, OSPF, IGMP AND IGRP. ROUTING TABLE GETS CHANGED AUTOMATICALLY OR DYNAMICALLY AS AND WHEN THERE IS A CHANGE IN ROUTING I.E ADDITION OR REMOVAL OF ROUTERS MODIFICATION OF ROUTING TABLE.
141. WHAT ARE THE ROUTING PROTOCOLS
A. OSPF, RIP VER2, NAT, IGMP
142. HOW TO ENABLE ROUTING
A. START-PROGRAMS-ADMIN TOOLS-RRAS-R/C SERVER - CONFIGURE AND ENABLED
143. WHAT IS NATTING
A. ENABLING ONE WAY COMMUNICATION I.E PRIVATE NETWORK CAN COMMUNICATE WITH PUBLIC BUT PUBLIC CAN’T COMMUNICATE WITH PRIVATE.
144. WHAT IS DIFF BETWEEN PRIVATE & PUBLIC IPS
A. IPS WHICH ARE NOT ACCESSIBLE BY ALL ARE CALLED PRIVATE IPS
B. IPS WHICH ARE ACCESSIBLE ARE CALLED PUBLIC IPS.
145. WHICH ORGANIZATION ISSUES PUBLIC IPS
A. ICANN OR IANA
146. WHAT IS SNMP
A. SIMPLE NETWORK MANAGEMENT PROTOCOL: USED FOR TROUBLESHOOTING & MANAGING THE N/W.
147. WHAT IS SMTP
A. SIMPLE MAIL TRANSFER PROTOCOL: USED FOR SENDING MAILS
148. WHAT IS POP/POP3 & IMAP4
A. POST OFFICE PROTOCOL : USED FOR RECEIVING MAILS
B. INTERNET MAIL ACCESS PROTOCOL : USED FOR RECEIVING MAILS
149. DIFF H/W DEVICES SUPPORTED BY RAS
A. PSTN MODEMS, ISDN MODEMS, X.25 PADS, RS232 INTERFACE AND DSL MODEMS
150. WHAT IS DNS
A. DOMAIN NAMING SERVICE OR SYSTEM: USED FOR RESOLVING HOST NAMES TO IPS AND IPS TO HOST NAMES
151. WHAT IS ‘NBNS’
A. NETBIOS NAMING SYSTEM EX: WINS
152. 2K/2003 SYSTEMS ACCESS RESOURCES USING ___NAMING CONVENTIONS
A DNS
153. WHAT IS A FORWARD LOOKUP
A. RESOLVING HOST NAMES TO IP ADDRESSES
154. WHAT IS A REVERSE LOOKUP
A. RESOLVING IP ADDRESSES TO HOST NAMES
155. WHAT IS A HOST RECORD
A. IT’S A FILE CONTAINS HOST NAMES TO IP MAPPING INFORMATION
156. WHAT IS A RESOURCE RECORD
A. IT IS A RECORD PROVIDES THE INFORMATION ABOUT THE RESOURCES AVAILABLE IN THE N/W
INFRASTRUCTURE
157. WHAT ARE THE DIFF DNS ROLES
A. STANDARD PRIMARY, STANDARD SECONDARY & AD INTEGRATED
158. WHAT IS A ZONE
A. ZONE IS A SUB TREE OF DNS DATABASE
159. WHAT IS PRIMARY, SECONDARY, STUB & AD INTEGRATED ZONE
A. PRIMARY: ZONE WHICH IS SAVED AS NORMAL TEXT FILE WITH FILENAME.DNS IN DNS FOLDER. MAINTAINS A READ WRITE COPY OF ZONE DATABASE
B. SECONDARY: MAINTAINS A READ ONLY COPY OF ZONE DATABASE ON ANOTHER DNS SERVER. PROVIDES FAULT TOLERANCE AND LOAD BALANCING BY ACTING AS BACKUP SERVER TO PRIMARY SERVER
C. STUB: CONTAINS A COPY OF NAME SERVER AND SOA RECORDS USED FOR REDUCING THE DNS SEARCH ORDERS. PROVIDES FAULT TOLERANCE AND LOAD BALANCING
D.
160. WHAT DOES A ZONE CONSIST OF & WHY DO WE REQUIRE A ZONE
A. ZONE CONSISTS OF RESOURCE RECORDS AND WE REQUIRE ZONE FOR REPRESENTING SITES
161. WHAT IS CACHING ONLY SERVER
A. WHEN WE INSTALL 2000 & 03 SERVER IT IS CONFIGURED AS CACHING ONLY SERVER WHERE IT MAINTAINS THE FREQUENTLY ACCESSED SITES INFORMATION AND AGAIN WHEN WE ACCESS THE SAME SITE FOR NEXT TIME IT IS OBTAIN FROM CACHED INFORMATION INSTEAD OF GOING TO THE ACTUAL SITE.
162. WHAT IS FORWARDER
A. WHEN ONE DNS SERVER CAN’T RESOLVE THE QUERY IT CAN BE FORWARDED TO ANOTHER DNS ONCE CONFIGURED AS FORWARDER.
163. WHATIS SECONDARY DNS SERVER
A. IT IS BACKUP FOR PRIMARY DNS WHERE IT MAINTAINS A READ ONLY COPY OF DNS DATABASE.
164. HOW TO ENABLE DYNAMIC UPDATES IN DNS
A. S-P-AT-DNS-ZONE PROPERTIES
165. WHAT ARE THE PROPERTIES OF DNS SERVER
A. INTERFACES, FORWARDERS, ADVANCED, ROOTHINTS, SECURITY, MONITORING,
LOGGING, DEBUG LOGINIG.
166. PROPERTIES OF A ZONE
A. GENERAL, SOA, NAMESERVER, WINS, SECURITY AND ZONE TRANSFER
167. WHAT IS SCAVENGING
A. FINDING AND DELETING UNWANTED RECORDS
168. WHAT ARE SRV RECORDS
A. SRV ARE THE SERVICE RECORDS, THERE ARE 6 SERVICE RECORDS. THEY ARE USEFUL FOR LOCATING THE SERVICES
169. WHAT ARE THE TYPES OF SRV RECORDS
A. MSDCS : CONTAINS DCS INFORMATION
B. TCP : CONTAINS GLOBAL CATALOG, KERBEROS AND LDAP INFORMATION
C. UDP : CONTAINS KERBEROS INFORMATION
D. SITES : CONTAINS SITES INFORMATION
E. DOMAIN DNS ZONE : CONTAINS DOMAIN’S DNS SPECIFIC INFORMATION
F. FOREST DNS ZONE : CONTAINS FOREST’S SPECIFIC INFORMATION
170. WHERE DOES A HOST FILE RESIDE
A. C: WINDOWS\SYSTEM32\DRIVERS\ETC
171. WHAT IS AN SOA RECORD
A. START OF AUTHORITY: USEFUL WHEN A ZONE STARTS. PROVIDES THE ZONE STARTUP INFORMATION
172. WHAT IS A QUERY
A. A REQUEST MADE BY THE DNS CLIENT TO PROVIDE THE NAME SERVER INFORMATION
173. WHAT ARE THE DIFFERENT TYPES OF QURIES
A. RECURSION, ITERATION
174. TOOLS FOR TROUBLESHOOTING DNS
A. DNS CONSOLE, NSLOOKUP, DNSCMD, IPCONFIG, LOGS, PERFORMANCE MONITOR
175. WHAT IS DHCP
A. DYNAMIC HOST CONFIGURATION PROTOCOL: ASSIGNS IPS TO THE CLIENTS REQUESTED DYNAMICALLY OR AUTOMATICALLY
176. PROCESS OF DHCP (DORA)
A. DISCOVER : THE CLIENT DISCOVERS DHCP
B. OFFER : THE DHCP SERVER OFFERS A GROUP OF IPS TO THE CLIENTS TO PICK ANY
C. REQUEST : THE CLIENT SELECTS AN IP AND REQUEST DHCP TO CONFIRM IT
D. ACKNOWLEDGEMENT : THE DHCP SERVER MAKES A CONFIRMATION BY SENDING AN DHCPACK TO THE CLIENT
177. WHAT IS A SCOPE
A. RANGE OF IP ADDRESSES
178. WHAT IS AN IP LEASE
A. DHCP SERVER OFFERS AN IP TO THE CLIENT FOR A PERIOD OF 8 DAYS. THIS OFFER IS CALLED IP LEASE
179. WHAT IS THE DEFAULT DURATION OF A LEASE
A. 8 DAYS
180. WHAT IS AUTHORIZING DHCP SERVER
A. ENABLING AD KNOW THE AVAILABILITY OF DHCP SERVER. USEFUL WHEN WE HAVE MULTIPLE DHCP SERVERS AND YOU WANT TO DESIGNATE ONE PARTICULAR DHCP SERVER TO BE ACTIVE. THEN WE SHOULD AUTHORIZE.
181. WHAT IS IP RESERVATION
A. RESERVING A PARTICULAR DYNAMIC IP FOR A PARTICULAR SYSTEM
182. WHAT IS EXCLUSION
A. OMITTING ASSIGNING FROM THE RANGE SELECTED IPS.
183. WHAT IS A SUPER SCOPE
A. GROUP OF SCOPES IS CALLED AS SUPER SCOPE.
184. PURPOSE OF DHCP RELAY AGENT
A. DHCP SERVER IS AVAILABLE ON ANOTHER N/W AND YOU WANT ANOTHER N/W TO OBTAIN IPS FROM THE DHCP SERVER. THEN THE DHCP RELAY AGENT HAS TO BE CONFIGURED ON THE ROUTER SO THAT THE DHCP RA CAN FORWARD THE REQUESTS FROM THE CLIENTS TO THE DHCP SERVER TO OBTAIN IPS FOR THE CLIENTS IT ACT LIKE A MEDIATOR BETWEEN CLIENTS AND DHCP.
185. HOW TO GIVEUP AN IP OBTAINED FROM DHCP
A. S-R-CMD- IPCONFIG /RELEASE
186. HOW TO OBTAIN A NEW IP FROM DHCP SERVER
A. S-R-CMD- IPCONFIG /RENEW
187. SWITCHES USED WITH IPCONFIG
A. IPCONFIG /ALL, RELEASE, RENEW, FLUSHDNS
188. IF THE CLIENT IS UNABLE TO CONTACT DHCP SERVER, WHAT HAPPENS
A. OBTAINS AN IP FROM APIPA
189. WHAT IS APIPA
A. AUTOMATIC PRIVATE IP ADDRESSING, WHEN A CLIENT MACHINE UNABLE TO CONTACT DHCP THEN APIPA ASSIGNS AN IP TO THE CLIENT. THIS ENABLES THE N/W AVAILABILITY.
190. WHAT ARE THE IP RANGES PROVIDED BY APIPA
A. 169.254.0.0 TO 169.254.255.255
191. WHAT IS WINS
A. WINDOW INTERNET NAMING SERVICE: USEFUL IN WINDOWS N/W ONLY. RESOLVES NETBIOS NAMES TO IP ADDRESSES AND IPS TO NETBIOS NAMES.
192. WINS IS USED IN WHICH ENVIRONMENTS
A. WHEN THE N/W HAS OS LIKE 95, WKS, NT, 98
193. WINS SUPPORTS ___CONVENTIONS
A. NBNS
194. DIFF BETWEEN NBNS & DNS CONVENTIONS
A. WINS USES NBNS CONVENTIONS AND DNS USES DNS CONVENTIONS
195. WHAT ARE THE PORT NUMBERS FOR:
FTP,TELNET,SMTP,DNS,HTTP,POP3,IMAP,SNMP,NNTP,LDAP,L2TP,PPTP,KERBEROS, DNS,HOSTNAME,RADIUS,LDAP, AND WINS
A. FTP-21, TELNET-23, SMTP-25, DNS-53, HTTP-80, POP3-110, IMAP-143,
SNMP-161, NNTP-119, LDAP-389, L2TP-1701, PPTP-1723, KERBEROS-88, DHCP67, HOSTNAME-42, RADIUS-1812, WINS-1512, ROUTER-520
196. WHAT IS IIS
A. IT IS A WEB SERVER FROM MICROSOFT
197. WHAT ARE THE SERVICES OFFERED BY IIS
A. WWW, HTTP, FTP, NNTP, SMTP, FRONTPAGE, ASP.NET SERVICES
198. WHICH VER OF IIS IS WITH 2K & 03
A. WIN 2K-IIS 5.0 AND WIN03- IIS 6.0
199. WHAT IS A VIRTUAL DIRECTORY
A. USING VIRTUAL DIRECTORY WE CAN HAVE CHILD WEBSITES OR LINKS TO PARENT WEBSITES
200. WHAT IS REGISTRY
A. REGISTRY IS A CONFIGURATION DATABASE ABOUT SYSTEM, HARDWARE & SOFTWARE
201. ICMP AND ITS IMPORTANCE
A. INTERNET CONTROL MESSAGE PROTOCOL : RESPONSIBLE FOR GENERATING MESSAGES LIKE REQUESTED TIME OUT, DESTINATION NOT REACHABLE, TTL, AND OTHER ECHO MESSAGES.
202. WHAT ARE THE BOOTABLE FILES
A. NTLDR, NTDETECT.COM, BOOT.INI, NTOSKRNL.EXE, BOOTSECT.DOS
203. WHAT IS A PAGE FILE
A. A PAGE FILE IS USED AS VIRTUAL MEMORY.
204. HOW TO INCREASE THE SIZE OF PAGING FILE
A. SYSTEM PROPERTIES-ADVANCED-PERFORMANCE SETTINGS-ADVANCED-CHANGE
205. WHAT IS THE ADVANTAGE OF SPLITTING A PAGE FILE AMONG DRIVES
A. IMPROVES THE I/O PERFORMANCE
206. WHAT IS A FILE REPLICATION
A. REPLICATION IS PROCESS OF DUPLICATING FILES OF ONE SERVER TO ANOTHER SERVER.
207. WHAT IS A SYSVOL
A IT IS A PUBLIC FOLDER GETS REPLICATED ON TO ALL DCS AND CONTAIN INFORMATION ABOUT USERS AND INFORMATION LIKE POLICIES AND PROFILES.
208. WHAT IS A DEFAULT TIME FOR REPLICATION TO TAKE PLACE B/W DC AND ADC
A. 5 SECONDS AND 3 SECONDS FOR IMMEDIATE CHANGE
209. WHAT IS AN INTERSITE AND INTRASITE REPLICATION
A. WHEN
210. HOW TO DEPLOY SOFTWARE
211. WHAT ARE DIFF ENVIRONMENT VARIABLES
212. WHAT DO YOU MEAN BY USER AND SYSTEM VARIABLES
213. WHAT ARE THE COMPONENTS OF WIN2K ARCHITECTURE
214. WHAT IS AN SMS SERVER
215. WHAT IS AN ISA SERVER
216. WHAT IS A GLOBAL CATALOG SERVER
217. AD IS DIVIDED INTO___PARTITIONS
218. DOMAIN PARTITION CONTAINS__INFORMATION
219. CONFIG PARTITION CONTAINS__INFORMATION
220. SCHEMA PARTITION CONTAINS__INFORMATION
221. WHAT IS NTDS
222. WHERE TO CHANGE SERVER ROLES
223. WHAT DOES A NETLOGON SERVICE DO
224. HOW TO MONITOR REPLICATION
225. WHAT IS CLUSTERING
226. PREREQUSITES TO PREPARE CLUSTER SET
227. WHAT DO YOU MEAN BY COMPLETE, KERNEL AND SMALL MEMORYDUMP
228. WHERE THE DEBUGGING INF IS SAVED
229. WHAT IS A DIGITAL SIGNATURE
230. WHAT IS THIN CLIENT
231. TS GETS INSTALLED IN___AND___MODES
232. WHAT IS AN RDP
233. WHAT IS A REMOTE ADMINISTRATION MODE
234. WHAT IS A APPLICATION SERVER MODE
235. WHAT ARE THE MIN H/W REQUIREMENTS FOR TS
236. NAME A FEW ADMINISTRATIVE TOOLS
237. WHAT ARE THE PREREQUISITES FOR RIS
238. WHAT DO YOU MEAN BY PXE
239. WHAT ALL THE O/S DOES RIS SUPPORT
240. WHAT IS A CD IMAGE AND A CLIENT IMAGE
241. WHAT IS DEPLOYMENT
242. WHAT ARE THE 3 DEPLOYMENT TOOLS
243. WHAT IS THE DIFF AMONG 1)SETUPMGR 2) SYSPREP 3)RIS
244. WHAT IS A DISTRIBUTION FOLDER
245. WHAT IS AN UNATTENDED INSTALLATION
246. WHAT IS AN ANSWER FILE
247. HOW TO PERFORM AN UNATTENDED INSTALLATION
248. WHAT DO YOU MEAN BY PRESTAGING CLIENTS
249. AN EXAMPLE OF AN FQDN
250. WHAT IS A URL,UNC,FQDN,
251. WHAT ARE NAMING CONVENTIONS USED BY LDAP
252. WHAT IS THE DIRECTORY ACCESS PROTOCOL USED BY AD
253. WHAT IS RDN,DN,UPN AND GUID
254. DIFF B/W HOST RECORD AND ALIAS RECORD
255. WHAT IS A CONTACT
256. WHAT ARE THE DIFF TYPES OF BACKUP
257. WHAT IS AN ERD AND ITS COMPONENTS
258. WHAT IS A SYSTEM STATE DATA BACKUP
259. WHAT ALL THE MEDIA SUPPORTED BY BACKUP
260. WHAT IS AN AUTHORITATIVE AND NON AUTHORITATIVE RESTORE OF AD
261. WHICH VER OF TCP/IP IS IN 2K
262. VER 6 OF TCP/IP IS OF___BITS
263. WHAT IS HYBERNATION
264. WHAT IS THE SIGNIFICANCE OF NTLDR,NTOSKRNL,BOOT.INI
265. WHAT IS A DDNS
266. WHAT IS THE ADVANTAGE OF INTEGRATING DNS AND DHCP
267. WHAT IS THE DIFF B/W REGEDT32 AND REGEDIT
268. WHAT IS BOOTP
269. WHAT DOES LMHOSTS FILE CONTAIN
270. WHO DEVELOPED KERBEROS
271. WHAT IS PKI
272. WHAT IS A PUBLIC/PRIVATE KEY
273. WHAT IS THE ROLE OF KCC
274. WHAT IS A CA
275. WHAT IS ENTERPRISE ROOT CA
276. WHAT IS A ENTERPRISE SUBORDINATE CA
277. WHAT IS STANDALONE ROOT CA
278. WHAT IS STANDALONE SUBORDINATE CA
279. WHAT IS A CERTIFICATE SERVICE
280. WHAT IS A HOST FILE
281. WHAT IS A STALE RECORD
282. WHAT IS DYNAMIC ROUTING
283. WHAT ARE SECURITY GROUPS
284. WHAT IS A PTR RECORD
285. WHAT ARE REMOTE ACCESS POLICIES
286. WHAT IS DEMAND DIALING
287. WHAT IS AUDITING
288. WHAT IS A DISTRIBUTION GROUP
289. WHAT IS A MULTIHOMED SYSTEM
290. WHAT IS RIPREP
291. HOW TO UPGRADE NT SERVER TO 2K SERVER
292. HOW TO CREATE INSTALLATION DISKS
293. HOW TO CREATE BOOTABLE DISK
294. WHAT IS DSC
295. HOW TO SEIZE FSMO ROLES
296. WHAT IS A RECURSIVE QUERY
297. WHAT IS AN ITERATION QUERY
298. UG CAN CONTAIN DLG T/F
299. DLG CAN CONTAIN UG T/F
300. GG CAN CONTAIN GG T/F
301. WHERE DOES THE SCRIPTS FOLDER EXIST
302. ADVANCED SERVER SUPPORTS__GB OF RAM
303. CLUSTERING IS A FEATURE OF___SERVER
304. ____SERVER IS SUITABLE FOR EXTREMELY LARGE DATABASE AND REAL-TIME ONLINE TRANSACTION PROCESSING
305. CONVERTING BASIC TO DYNAMIC DISKS NEED MIN ___MB OF FREE SPACE ON THE HDD
306. WHICH OF THE RAID LEVELS OFFERS HIGHEST FT
307. REVERTING DYNAMIC TO BASIC DISKS, DATA IS LOST T/F
308. HOW TO SHARE A RESOURCE REMOTLY
309. HOW TO MANAGE DISKS OF A REMOTE COMPUTER
310. WHAT IS MOUNTING
311. CAN WE INSTALL XP-PRO USING RIS Y/N
312. 2K STANDARD SERVER SUPPORTS SMP UPTO___PROCESSORS
313. FAULT TOLORANCE IS NOT SUPPORTED BY 2K PRO T/F
314. WHAT IS A PREFERRED DNS
315. WHAT ARE THE DIFF EVENTS RECORDED IN EVENT VIEWER
316. WHAT DO YELLOW, BLUE AND RED COLORS REPRESENT IN EV
317. WHERE CAN WE FIND PORT NUMBERS
318. WHERE DOES DNS DATABASE GETS STORED
319. WHAT IS DRIVER SIGNING
320. WHAT IS AN MMC AND INTELLIMIRROR
321. WHAT IS TERMINAL SERVER
322. WHAT ARE ROOT HINT SERVERS
323. WHAT IS A BRIDGEHEAD SERVER
324. WHAT IS A RECOVERY AGENT
325. WHAT IS RECOVERY CONSOLE
326. WHAT IS A HARDWARE PROFILE
327. HOW TO SCHEDULE A BACKUP
328. HOW TO REDIRECT A PRINT JOB
329. HOW TO REDIRECT FOLDERS
330. HOW TO PUBLISH OBJECTS IN AD
331. JET-DIRECT PRINTERS USE___PROTOCOL
332. HOW TO CHANGE LOCATION OF THE SPOOL FOLDER
333. WHERE TO ENABLE IPSEC
334. HOW TO OPTIMIZE AD PERFORMANCE
335. WHAT IS A DEMAND-DIAL ROUTING
336. WHAT IS A REMOTE ACCESS POLICY
