function CheckIt(action){var i=ans[count];if(!action){if(FORM1.Q1[i].checked){alert("Correct!");}else{alert("Incorrect.");answrong++;}}else{FORM1.Q1[i].checked ? ansright++ : answrong++;}}function CheckScore(){alert("CORRECT:     " + ansright + "\nINCORRECT:  " +  answrong);}function GoBack(){var myEl = document.getElementsByTagName("p");var mySpans = document.getElementsByTagName("span");var qnum = 0;tmpstr="";count--;qnum = count + 1;if(count < 0){count=0;alert("This is the first question!");return;}tmpstr = " " + qnum + ". " + q[count];myEl[1].innerHTML=tmpstr;mySpans[0].innerHTML=a[count];mySpans[1].innerHTML=b[count];mySpans[2].innerHTML=c[count];mySpans[3].innerHTML=d[count];}function GoNext(){var myEl = document.getElementsByTagName("p");var mySpans = document.getElementsByTagName("span");var qnum=0;tmpstr="";CheckIt(1);count++;qnum=count+1;if(count > 99){TestOver();return;}tmpstr=" " + qnum + ". 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BIOS Settings";b[0]="B. Dual CPU";c[0]="C. RAID";d[0]="D. Encrypted File System";ans[0]="0";q[1]="Which of the following is a server data integrity hardware design component?";a[1]="A. BIOS Settings";b[1]="B. Dual CPU";c[1]="C. RAID";d[1]="D. Encrypted File System";ans[1]="2";q[2]="Which of the following is a server security software design component?";a[2]="A. BIOS Settings";b[2]="B. Dual CPU";c[2]="C. RAID";d[2]="D. Encrypted File System";ans[2]="3";q[3]="A server hardware design consideration affected by large number of clients is:";a[3]="A. Processing power";b[3]="B. Concurrent connections";c[3]="C. Physical server framework";d[3]="D. All of the above";ans[3]="3";q[4]="An application server will need more:";a[4]="A. Processors";b[4]="B. Hard drives";c[4]="C. Network interface cards";d[4]="D. None of the above";ans[4]="0";q[5]="A file server will need more:";a[5]="A. Processors";b[5]="B. Hard drives";c[5]="C. Network interface cards";d[5]="D. None of the above";ans[5]="1";q[6]="One of the advantages of a blade server is:";a[6]="A. More processors";b[6]="B. More hard drives";c[6]="C. More RAM";d[6]="D. None of the above";ans[6]="3";q[7]="One of the advantages of a rackmount chassis is:";a[7]="A. More room for expansion cards";b[7]="B. More room for hard drives";c[7]="C. Closer to the network connectivity devices";d[7]="D. Both A and B";ans[7]="2";q[8]="Which of the following is not a priority in choosing the CPU?";a[8]="A. Core speed";b[8]="B. Core architecture";c[8]="C. Frontside bus throughput";d[8]="D. Amount of cache";ans[8]="0";q[9]="Which of the following is a data integrity RAM technology?";a[9]="A. Even parity";b[9]="B. Registered";c[9]="C. ECC";d[9]="D. Rambus";ans[9]="2";q[10]="Which of the following RAM technologies allows more total RAM to be installed?";a[10]="A. Even parity";b[10]="B. Registered";c[10]="C. ECC";d[10]="D. Rambus";ans[10]="1";q[11]="Which of the following RAM technologies is considered a deprecated form of EDC?";a[11]="A. Even parity";b[11]="B. Registered";c[11]="C. ECC";d[11]="D. Rambus";ans[11]="0";q[12]="Which of the following is considered a deprecated high throughput RAM technology?";a[12]="A. Even parity";b[12]="B. Registered";c[12]="C. ECC";d[12]="D. Rambus";ans[12]="3";q[13]="Which of the following storage technologies is the highest value (performance vs. cost)?";a[13]="A. ATA-133";b[13]="B. SATA";c[13]="C. SCSI U320";d[13]="D. fiberChannel SCSI";ans[13]="1";q[14]="Which of the following is a factor when choosing the server hard drive controller?";a[14]="A. Interface DTR";b[14]="B. Maximum number of drives supported";c[14]="C. Integrated RAID support";d[14]="D. All of the above";ans[14]="3";q[15]="One of the most important considerations concerning the server chassis is:";a[15]="A. Total hard drive capacity";b[15]="B. Rackmountable";c[15]="C. Number of power supplies it can hold";d[15]="D. Total wattage of the power supplies";ans[15]="0";q[16]="Which external peripheral is common in servers but rare in end-user systems?";a[16]="A. flat panel display";b[16]="B. KVM switch";c[16]="C. dot-matrix printer";d[16]="D. All of the above";ans[16]="1";q[17]="Which external peripheral is common in businesses but rare in end-user systems?";a[17]="A. flat panel display";b[17]="B. KVM switch";c[17]="C. dot-matrix printer";d[17]="D. All of the above";ans[17]="2";q[18]="Which external peripheral allows the server time to shut down properly?";a[18]="A. Surge protector";b[18]="B. Line conditioner";c[18]="C. UPS";d[18]="D. None of the above";ans[18]="2";q[19]="Which external peripheral protects the server from EMI?";a[19]="A. Surge protector";b[19]="B. Line conditioner";c[19]="C. UPS";d[19]="D. None of the above";ans[19]="1";q[20]="Which external peripheral protects the server from AC power spikes?";a[20]="A. Surge protector";b[20]="B. Line conditioner";c[20]="C. UPS";d[20]="D. None of the above";ans[20]="0";q[21]="A KVM allows:";a[21]="A. More than one server to use the display and keyboard";b[21]="B. More than one display and keyboard per server";c[21]="C. Either A or B";d[21]="D. Neither A or B";ans[21]="0";q[22]="Which of the following is a server specific hardware technology?";a[22]="A. Dual CPU";b[22]="B. Dual channel memory";c[22]="C. Dual expansion bus";d[22]="D. Dual power supply";ans[22]="3";q[23]="Which of the following hardware components is superior in a high-end home PC?";a[23]="A. Storage controller";b[23]="B. RAM modules";c[23]="C. Hard drives";d[23]="D. Video controller";ans[23]="3";q[24]="The first step of the server prototype phase should be:";a[24]="A. Assembly of the server";b[24]="B. Initiate documentation";c[24]="C. Design the server";d[24]="D. None of the above";ans[24]="1";q[25]="Once the server has been constructed what should be done next?";a[25]="A. Install the server in the server/networking room";b[25]="B. Install the server operating system";c[25]="C. Test the backup and restore subsystem";d[25]="D. BIOS configuration and documentation";ans[25]="3";q[26]="The final step of the server prototype phase should be:";a[26]="A. Install the server in the server/networking room";b[26]="B. Install the server operating system";c[26]="C. Test the backup and restore subsystem";d[26]="D. BIOS configuration and documentation";ans[26]="2";q[27]="Why might an onboard NIC be disabled in the BIOS?";a[27]="A. OS may not have drivers";b[27]="B. Superior NICs are attached to the expansion bus";c[27]="C. Any accessible I/O port is a security risk";d[27]="D. All of the above";ans[27]="3";q[28]="Why might the ACPI functions be disabled in the BIOS?";a[28]="A. OS may not have drivers";b[28]="B. Superior ACPI controller is attached to the expansion bus";c[28]="C. The OS can fully implement power management";d[28]="D. All of the above";ans[28]="2";q[29]="Which of the following is a server specific motherboard technology?";a[29]="A. PCI-X";b[29]="B. PCI-Express";c[29]="C. SATA RAID Controller";d[29]="D. All of the above";ans[29]="0";q[30]="Which expansion slot is common on server motherboards but rare in end-user systems?";a[30]="A. PCI 64-bit";b[30]="B. PCI-Express x1";c[30]="C. PCI-Express x2";d[30]="D. Both A and C";ans[30]="3";q[31]="Which is the slowest expansion bus that would support streaming a file from the hard drive to a node at full and uninterrupted UDMA Mode 4?";a[31]="A. PCI";b[31]="B. PCI 64-bit";c[31]="C. PCI 64-bit/100MHz";d[31]="D. None of the above";ans[31]="0";q[32]="Which expansion bus would support streaming a file from the hard drive to a node at full and uninterrupted SATA-II speed?";a[32]="A. PCI";b[32]="B. PCI 64-bit";c[32]="C. PCI 64-bit/100MHz";d[32]="D. None of the above";ans[32]="2";q[33]="Which network technology attaches two nodes using a single strand of fiber optic cable?";a[33]="A. 100Base-BX";b[33]="B. 100Base-FX";c[33]="C. 100Base-SX";d[33]="D. 100Base-TX";ans[33]="0";q[34]="Which fiber optic technology likely uses SC or ST connectors?";a[34]="A. FDDI NIC";b[34]="B. 100Base-SX NIC";c[34]="C. 1000Base-CX NIC";d[34]="D. 1000Base-TX Switch GBIC";ans[34]="1";q[35]="Which technology uses a dual ring topology as a fail-over data integrity implementation?";a[35]="A. 10Base-FL";b[35]="B. FOIRL";c[35]="C. FDDI";d[35]="D. OC3";ans[35]="2";q[36]="Which of the following is a common modern fiber optic connector?";a[36]="A. MT-RJ";b[36]="B. GG-45";c[36]="C. RJ-45";d[36]="D. All of the above";ans[36]="0";q[37]="Which of the following technologies has the longest direct node-to-node cable length?";a[37]="A. 1000Base-LH";b[37]="B. 1000Base-ZX";c[37]="C. 1000Base-BX10";d[37]="D. 1000Base-LX10";ans[37]="1";q[38]="If all of the adapters cost the same, which would be the least expensive solution to attach two nodes 10KM apart?";a[38]="A. 1000Base-LH";b[38]="B. 1000Base-ZX";c[38]="C. 1000Base-BX10";d[38]="D. 1000Base-LX10";ans[38]="2";q[39]="Which of the following is not an advantage of choosing fiber optic network technologies?";a[39]="A. Data confidentiality";b[39]="B. Node-to-node range";c[39]="C. Transceiver compatibility";d[39]="D. Resistance to EMI/RFI";ans[39]="2";q[40]="Which of the following is an advantage of choosing fiber optic networking technologies?";a[40]="A. Cost";b[40]="B. Transceiver compatibility";c[40]="C. Ease of use and support";d[40]="D. Secure cabling";ans[40]="3";q[41]="Which of the following is not a formal part of the IEEE 802.3z specification?";a[41]="A. 1000Base-BX";b[41]="B. 1000Base-CX";c[41]="C. 1000Base-LX";d[41]="D. 1000Base-SX";ans[41]="0";q[42]="Which of the following is a Gigabit Ethernet over copper cabling?";a[42]="A. 1000Base-BX";b[42]="B. 1000Base-CX";c[42]="C. 1000Base-LX";d[42]="D. 1000Base-SX";ans[42]="1";q[43]="Single-mode optic fiber cable means:";a[43]="A. Two nodes both send and receive through a single strand of this cable";b[43]="B. Two nodes can only send or receive on each single strand of this cable";c[43]="C. Only a single laser wavelength of light can pass through this cable";d[43]="D. Only a single narrow beam of light can pass through this cable";ans[43]="3";q[44]="Which of the following is not acceptable by EIA/TIA 568b for Gigabit Ethernet?";a[44]="A. CAT5";b[44]="B. CAT5e";c[44]="C. CAT6";d[44]="D. CAT7";ans[44]="0";q[45]="Which of the following is technically not a form of UTP cable?";a[45]="A. CAT5";b[45]="B. CAT5e";c[45]="C. CAT6";d[45]="D. CAT7";ans[45]="3";q[46]="The maximum actual transmission frequency of CAT5e is:";a[46]="A. 200MHz";b[46]="B. 333MHz";c[46]="C. 500MHz";d[46]="D. 1000MHz";ans[46]="1";q[47]="Gigabit Ethernet over CAT5e cabling is possible because:";a[47]="A. The cable supports 1000MHz transmissions";b[47]="B. Tx and Rx use two pairs each in full duplex mode";c[47]="C. Tx and Rx use three pairs each in half duplex mode";d[47]="D. Tx and Rx use all four pairs in half duplex mode";ans[47]="2";q[48]="Windows 2000 Server post-install configuration begins with:";a[48]="A. Renaming the Administrator account";b[48]="B. Checking the installation logs";c[48]="C. Setting up the backup drive and software";d[48]="D. Setting up the storage subsystem";ans[48]="0";q[49]="Why is a full backup taken and tested prior to applying the service pack and updates?";a[49]="A. The service pack and updates may fail and the server can then be restored";b[49]="B. In case the service pack and updates contain viruses";c[49]="C. In case the tape drive is not compatible with the service pack";d[49]="D. This is not done until after the service pack and updates are installed";ans[49]="0";q[50]="How can the Windows File Protection subsystem be activated manually?";a[50]="A. Start > Programs > Administrative Tools > WFP";b[50]="B. Start > Settings > Control Panel > WFP";c[50]="C. My Computer > Manage > Local Security Policy > SFC";d[50]="D. Start > Run > CMD > SFC /ENABLE";ans[50]="3";q[51]="What factors are considered when choosing a server motherboard?";a[51]="A. Type and number of CPU sockets";b[51]="B. The chipset";c[51]="C. Type and number of expansion slots";d[51]="D. All of the above";ans[51]="3";q[52]="Which of the following is a server specific processor socket?";a[52]="A. Socket 370";b[52]="B. Socket 478";c[52]="C. Socket 603";d[52]="D. Socket 775";ans[52]="2";q[53]="The Intel server CPU products are called the:";a[53]="A. Family 15 Processors";b[53]="B. P7 Processors";c[53]="C. Xeon Processors";d[53]="D. Core 2 Quad Processors";ans[53]="2";q[54]="Which is the worst CPU sacrifice that will affect performance?";a[54]="A. Single rather than dual CPU";b[54]="B. Lower FSB speed but more cache";c[54]="C. Less cache but higher core speed";d[54]="D. Single core vs. dual core";ans[54]="3";q[55]="Which is the worst server motherboard choice?";a[55]="A. No dual channel RAM support";b[55]="B. No integrated storage controller";c[55]="C. No PCI-X or PCI-Express";d[55]="D. No Virtualization Technology BIOS support";ans[55]="2";q[56]="Which server motherboard choice has the least adverse consequences?";a[56]="A. No dual channel RAM support";b[56]="B. No integrated storage controller";c[56]="C. No PCI-X or PCI-Express";d[56]="D. No Virtualization Technology BIOS support";ans[56]="1";q[57]="Which motherboard choice would adversely affect running multiple operating systems on the server?";a[57]="A. No dual channel RAM support";b[57]="B. No integrated storage controller";c[57]="C. No PCI-X or PCI-Express";d[57]="D. No Virtualization Technology BIOS support";ans[57]="3";q[58]="Which of the following is a reason for networking computers?";a[58]="A. Sharing hardware";b[58]="B. Sharing data";c[58]="C. Sharing a single Internet connection";d[58]="D. All of the above";ans[58]="3";q[59]="Which of the following is not a need to construct a computer network?";a[59]="A. Communication peripherals";b[59]="B. Communication protocols";c[59]="C. Network operating systems";d[59]="D. At least one server";ans[59]="3";q[60]="Which network paradigm is not being used if a dedicated server exists on the network?";a[60]="A. Distributed centralized processing";b[60]="B. Centralized processing";c[60]="C. Client/Server";d[60]="D. Peer-to-Peer";ans[60]="3";q[61]="Which network paradigm is being used if a cluster server exists on the network?";a[61]="A. Distributed centralized processing";b[61]="B. Centralized processing";c[61]="C. Client/Server";d[61]="D. Peer-to-Peer";ans[61]="0";q[62]="Which network paradigm is being used if a terminal server exists on the network?";a[62]="A. Distributed centralized processing";b[62]="B. Centralized processing";c[62]="C. Client/Server";d[62]="D. Peer-to-Peer";ans[62]="1";q[63]="Each OSI model layer exchanges discrete packages of information, for the data link layer these are called:";a[63]="A. cells";b[63]="B. frames";c[63]="C. packets";d[63]="D. datagrams";ans[63]="1";q[64]="Each OSI model layer exchanges discrete packages of information, for the network layer these are called:";a[64]="A. cells";b[64]="B. frames";c[64]="C. packets";d[64]="D. datagrams";ans[64]="2";q[65]="Each OSI model layer exchanges discrete packages of information, for the transport layer these are called:";a[65]="A. cells";b[65]="B. frames";c[65]="C. packets";d[65]="D. datagrams";ans[65]="3";q[66]="Encryption, encoding, and compression would be handled at what OSI model layer?";a[66]="A. Application";b[66]="B. Presentation";c[66]="C. Session";d[66]="D. Transport";ans[66]="1";q[67]="Maintenance of the dialog would be handled at what OSI model layer?";a[67]="A. Application";b[67]="B. Presentation";c[67]="C. Session";d[67]="D. Transport";ans[67]="2";q[68]="What OSI model layer interfaces directly with the operating system?";a[68]="A. Application";b[68]="B. Presentation";c[68]="C. Session";d[68]="D. Transport";ans[68]="0";q[69]="What OSI model layer is responsible for reassembly of out-of-order packets?";a[69]="A. Application";b[69]="B. Presentation";c[69]="C. Session";d[69]="D. Transport";ans[69]="3";q[70]="An advantage of a blade server is:";a[70]="A. More fit into less rackmount space";b[70]="B. They can be quickly exchanged if they fail";c[70]="C. Convenient for setting up cluster servers";d[70]="D. All of the above";ans[70]="3";q[71]="The primary reason a server needs as much RAM as possible is:";a[71]="A. To handle multiple concurrent user connections";b[71]="B. To handle multi-user applications";c[71]="C. To support the larger server applications";d[71]="D. To avoid using a virtual memory swap file";ans[71]="3";q[72]="If all of the following sets of RAM modules cost the same, which is the better choice for a high availability server?";a[72]="A. 8GB DDR";b[72]="B. 4GB DDR2";c[72]="C. 2GB ECC";d[72]="D. No major difference";ans[72]="2";q[73]="The most important performance consideration for the storage controller is:";a[73]="A. Interface DTR";b[73]="B. Hard drive RPM";c[73]="C. Platter utilization";d[73]="D. RAID support";ans[73]="0";q[74]="The most important hard drive performance consideration is:";a[74]="A. Interface DTR";b[74]="B. Hard drive RPM";c[74]="C. Platter utilization";d[74]="D. RAID support";ans[74]="1";q[75]="Which of the following is considered a pre-OS installation BIOS security step?";a[75]="A. Deactivating all unused external expansion ports";b[75]="B. Setting a boot up password";c[75]="C. Setting a BIOS Setup Utility password";d[75]="D. All of the above";ans[75]="3";q[76]="Which pre-OS installation step tests the entire surface of the hard drive sector-by-sector for data integrity?";a[76]="A. BIOS hard drive configuration";b[76]="B. BIOS Power On Self Test";c[76]="C. The hard drive&#039;s integrated S.M.A.R.T. capability";d[76]="D. Running Scandisk";ans[76]="3";q[77]="Pressing the [F6] key at the first Windows 2000 Server installation screen allows the user to do what?";a[77]="A. Change the OS kernel and HAL.DLL that will be used";b[77]="B. Start an unattended installation";c[77]="C. Provide third party storage controller drivers";d[77]="D. Start the Recovery console";ans[77]="2";q[78]="On completely empty hard drives the text mode portion of the Windows 2000 Server installation process allows the user to do what to the hard drive?";a[78]="A. Create partitions";b[78]="B. Format partitions";c[78]="C. Both A and B";d[78]="D. Neither A or B";ans[78]="2";q[79]="The Windows 2000 Server installation allows the user to format partitions using:";a[79]="A. NTFS Only";b[79]="B. Either FAT32 or NTFS";c[79]="C. Only FAT32";d[79]="D. Either FAT16 or NTFS";ans[79]="1";q[80]="Which of the following is not considered a post-install server prototype procedure?";a[80]="A. Creation of the first user accounts";b[80]="B. Creation of a second Administrator account";c[80]="C. Changing the first Administrator account name and password";d[80]="D. All of the above are considered post-install server prototype procedures";ans[80]="0";q[81]="Which of the following post-install server prototype procedure could be completely avoided by special preparation of the hard drive before launching the OS setup?";a[81]="A. Verifying all drivers";b[81]="B. Reconfiguring the OS to point to a local folder holding the CAB files";c[81]="C. Slipstreaming the latest service pack and updates into the CAB folder";d[81]="D. Both B and C";ans[81]="3";q[82]="Which of the following is not a strong password policy?";a[82]="A. User is not allowed to change the password";b[82]="B. Password must contain at least one number, lower case and upper case character";c[82]="C. Password must be at least 8 characters long";d[82]="D. Password may not be written down anywhere";ans[82]="0";q[83]="In the post-install implementation of the Administrator personal settings why was the &quot;last accessed&quot; column added in Windows explorer? It allows the Administrator to:";a[83]="A. see which user last accessed the file";b[83]="B. see which Administrator last accessed the file";c[83]="C. see when he himself last accessed the file";d[83]="D. see when someone last accessed the file";ans[83]="3";q[84]="Which of the following printers is a character printer?";a[84]="A. Bubble jet";b[84]="B. Ink jet";c[84]="C. Laser";d[84]="D. Dot matrix";ans[84]="3";q[85]="Which of the following can print carbon copies?";a[85]="A. Bubble jet";b[85]="B. Ink jet";c[85]="C. Laser";d[85]="D. Dot matrix";ans[85]="3";q[86]="Which of the following is technologies is capable of the highest resolution?";a[86]="A. Bubble jet";b[86]="B. Ink jet";c[86]="C. Laser";d[86]="D. Dot matrix";ans[86]="2";q[87]="Which of the following technologies is deprecated because of higher manufacturing cost and failure rates?";a[87]="A. Bubble jet";b[87]="B. Ink jet";c[87]="C. Laser";d[87]="D. Dot matrix";ans[87]="1";q[88]="Which of the following is part of the laser printers paper transport subsystem?";a[88]="A. EP drum";b[88]="B. Registration roller";c[88]="C. Developing roller";d[88]="D. Transfer roller";ans[88]="1";q[89]="The paper never comes into direct contact with which roller?";a[89]="A. EP drum";b[89]="B. Registration roller";c[89]="C. Developing roller";d[89]="D. Fusing roller";ans[89]="2";q[90]="The laser does what in a laser printer?";a[90]="A. Draws the actual image onto the surface of the drum";b[90]="B. Draws the outline of the actual image on the surface of the drum";c[90]="C. Draws the actual image onto the surface of the paper";d[90]="D. Draws a negative of the actual image on he surface of the drum";ans[90]="3";q[91]="What happens to the spot on the EP drum where the laser strikes it?";a[91]="A. It heats up";b[91]="B. It loses static electric charge";c[91]="C. It gains static electric charge";d[91]="D. It cools down";ans[91]="1";q[92]="Modern laser printers usually impart what charge on the paper before it reaches the EP drum?";a[92]="A. Small negative charge";b[92]="B. Large negative charge";c[92]="C. Small positive charge";d[92]="D. No static electric charge at all";ans[92]="1";q[93]="Laser printers impart the charge on the surface of the EP drum with what component?";a[93]="A. Transfer corona wire";b[93]="B. Transfer roller";c[93]="C. The laser";d[93]="D. Primary corona wire";ans[93]="3";q[94]="Bubble jets differ from ink jets only in:";a[94]="A. Ink type";b[94]="B. The type of aerosol nozzles in the print heads";c[94]="C. Software";d[94]="D. The method of forcing the ink out of the print head nozzles";ans[94]="3";q[95]="The EP drum makes one full revolution under the erasure lamp during the:";a[95]="A. Cleaning Phase";b[95]="B. Conditioning Phase";c[95]="C. Writing Phase";d[95]="D. Developing Phase";ans[95]="0";q[96]="The EP drum makes one full revolution under the primary corona during the:";a[96]="A. Cleaning Phase";b[96]="B. Conditioning Phase";c[96]="C. Writing Phase";d[96]="D. Developing Phase";ans[96]="1";q[97]="The EP drum makes one full revolution under the laser during the:";a[97]="A. Cleaning Phase";b[97]="B. Conditioning Phase";c[97]="C. Writing Phase";d[97]="D. Developing Phase";ans[97]="2";q[98]="The EP drum makes one full revolution under the toner mist kicked up by the developing roller during the:";a[98]="A. Cleaning Phase";b[98]="B. Conditioning Phase";c[98]="C. Writing Phase";d[98]="D. Developing Phase";ans[98]="3";q[99]="The EP drum makes one full revolution under the paper during the:";a[99]="A. Writing Phase";b[99]="B. Developing Phase";c[99]="C. Transfering Phase";d[99]="D. Fusing Phase";ans[99]="2";