sign in sign up
<<
Home , Adapter (computing), Computer case, Expansion card, Motherboard, Sound card, Video card

Lab Report: 3.2.5 Install a

Your Performance

Your Score: 0 of 5 (0%) Pass Status: Not Passed Elapsed Time: 9 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install the power supply with the PCIe power connector into the case In Plug in internal componentsHide Details

Connect the main power Connect the CPU power Connect SATA power to hard drive 1 Connect SATA power to hard drive 2 Connect SATA power to hard drive 3 Connect SATA power to the optical drive

In Plug the into a power source In Turn the power supply on In Boot the computer into Windows Explanation In this lab, your task is to complete the following:

Install a power supply based on the following requirements: The power supply must have the appropriate power connectors for the motherboard and the CPU. Make sure the power supply you select will support adding a graphics card that requires its own power connector. Make the following connections from the power supply: Connect the motherboard power connector. Connect the CPU power connector. Connect the power connectors for the SATA hard drives. Connect the power connector for the optical drive. Plug the computer in using the existing cable plugged into the power strip. Turn on the power supply. Start the computer and boot into Windows.

Complete this lab as follows:

1. Install a power supply as follows: a. Above the the computer, select Motherboard to switch to the motherboard view. b. Select the motherboard to view the documentation. c. Under Selected Component, select Details to identify the existing connectors for the motherboard. d. Select the Specifications tab to determine how many pins the main motherboard and the CPU power supply require. e. Close the Details window. f. On the Shelf, expand Power Supplies. g. Select a power supply. h. Under Selected Component, examine each of the power connectors looking for all of the connectors required for this scenario. i. Repeat steps 1g–1h for each power supply. 2. Install the power supply as follows: a. From the Shelf, drag the power supply to the area in the case below the motherboard. b. Under Selected Component, drag the 20+4 pin connector to the motherboard to connect the motherboard main power connector. c. Under Selected Component, drag the 8-pin CPU power connector to the motherboard to connect the CPU power connector. 3. Connect the SATA hard drives as follows: a. Under Selected Component, drag a 15-pin SATA power connector to the power port on the hard drive. b. Under Selected Component, drag a 15-pin SATA power connector to the power port on the the second hard drive. c. Under Selected Component, drag a 15-pin SATA power connector to the power port on the the third hard drive. 4. Connect the optical drive as follows: a. Above the computer, select Drive Bays to switch to the Drive Bays view for the computer. b. Under Selected Component, drag a 15-pin SATA power connector to the power port on the optical drive. 5. Plug the computer into the wall outlet as follows: a. Above the computer, select Back to switch to the back view of the computer. b. Above the power strip in Partial Connections, select the power cord. c. Under Selected Component, drag the AC Power Connector to the power supply port. d. On the power supply, click the power switch to move it to the On position. e. Above the computer, select Front to switch to the front view for the computer. f. On the computer, select the power button to turn on the computer and boot into Windows. Lab Report: 3.3.5 Choose and Install a Motherboard

Your Performance

Your Score: 0 of 3 (0%) Pass Status: Not Passed Elapsed Time: 6 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install the 1151 motherboard In Connect system case connectorsShow Details In Connect power supply connectorsShow Details Explanation In this lab, your task is to complete the following:

Select and install the motherboard that meets the scenario requirements. Connect the following cables: Power switch Power LED Case speaker HDD LED Front fan Rear fan USB 2.0 USB 3.0 Audio Connect the following connectors from the power supply: Main motherboard power CPU power

Complete this lab as follows:

1. Select and install the motherboard as follows: a. On the Shelf, expand . b. For a motherboard, select Details. c. Select the Specifications tab. d. Read the motherboard documentation to identify the supported features. e. Repeat steps 2–4 to identify the features for each motherboard. f. After you have found the motherboard that meets the scenario requirements, select Motherboard above the computer to switch to the motherboard view on the computer. g. Drag the Motherboard, Socket 1151 from the Shelf to the motherboard plate in the computer case. 2. Connect system case connectors as follows: a. Under Selected Components, select Details for the motherboard. b. Select the Specifications tab. c. Read the documentation to identify the location for the following connectors: Power switch 3-pin Power LED Case speaker HDD LED Front fan Rear fan Main motherboard power CPU power USB connector USB 3.0 connector Front panel audio d. Under Partial Connections, select the computer case. The available connectors are shown in the Selected Component window. e. Under Selected Component, drag the connector to the port location on the motherboard. If necessary, zoom in to get a closer view of the motherboard. f. Repeat step 3b until all the case connectors are connected to the motherboard. 3. Connect the power cables to the motherboard as follows: a. Select the power supply. b. Under Selected Component, drag the motherboard power connector to the port on the motherboard. c. Under Selected Component, drag the CPU power cable to the port on the motherboard. Lab Report: 3.4.3 Troubleshoot System Power

Your Performance

Your Score: 0 of 3 (0%) Pass Status: Not Passed Elapsed Time: 9 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Plug in the computer In Turn the power supply voltage to 115 In Turn on the power supply switch Explanation In this lab, your task is to troubleshoot the problem and take the necessary steps to correct the problem so the computer will start.

Complete this lab as follows:

1. Replicate the problem as follows: 2. On the computer, click the power button. A message tells you the computer did not come on. 3. Click OK. 4. Above the computer, select Back to switch to the back view of the computer. 5. Examine the computer to identify possible problems that would prevent it from coming on. Be sure to check the power cord and power supply . 6. Provide power to the computer as follows: a. Above the power strip, select Partial Connections. b. Under Selected Component, drag the unconnected power connector to the power outlet on the computer. c. Above the computer, select Front to switch to the front view of the computer. d. On the computer, click the power button. A message tells you the computer did not come on. e. Click OK. 7. Above the computer, select Back to switch to the back view of the computer. 8. Switch the power supply voltage to 115V. 9. Turn the power supply switch on. 10. Above the computer, select Front to switch to the front view of the computer. 11. On the computer, click the power button. If successful, the screen will change to the BIOS and load screen. Lab Report: 3.4.4 Troubleshoot Power Supply Problems

Your Performance

Your Score: 0 of 2 (0%) Pass Status: Not Passed Elapsed Time: 5 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Remove the bad power supply In Install the 20+4 pin power supply with PCIe connectors Show Details Explanation In this lab, your task is to complete the following:

Test the power supply. Choose a power supply that has the following connectors: The motherboard main power connector (20+4 pin) The CPU power connector (4 pin) A PCIe card (6 pin) The customer has expressed interest in a new graphics card that requires its own power connector. Make sure that the power supply you select will support adding this card. Install a power supply in the computer making the following connections: Connect the motherboard power connector. Connect the CPU power connector. Connect the power connector for the SATA hard drive and the optical drive. Plug the computer in using the existing power cable that is plugged into the wall. Start the computer and boot into Windows. If everything is connected correctly, the computer will work.

Complete this lab as follows:

1. Test the power supply as follows: a. On the computer, click the power button to turn on the computer and observe the symptoms. b. In the Computer Startup dialog, click OK. c. On the Shelf, expand PC Tools. d. Drag the Power Supply Tester from the Shelf to the Workspace area. e. Above the computer, select Motherboard to switch to the motherboard view of the computer. f. On the motherboard, drag the 20+4 pin power supply connector to the port on Power Supply Tester. g. On the motherboard, drag the 4-pin CPU power connector to the 4/6/8 port on Power Supply Tester. h. Under Selected Component, drag an unconnected 15-pin SATA power connector to the port on the Power Supply Tester. What do the lights and values on the Power Supply Tester indicate? The power supply is bad. 2. Remove the power supply as follows: a. Above the computer, select Back to switch to the back view of the computer. b. Drag the power cord from the power supply to the Workspace. c. Above the computer, select Drive Bays to switch to the drive bays view of the computer. d. Drag the power connector from the SATA drive to the Workspace. e. Drag the power connector from the optical drive to the Workspace. f. In the Workspace, disconnect the connectors from the Power Supply Tester. g. Above the computer, select Motherboard to switch to the motherboard view of the computer. h. Drag the power supply to the Workspace area. 3. Install a power supply as follows: a. On the Shelf, expand Power Supplies. b. Select a power supply. c. Under Selected Component, examine each of the power connectors looking for all of the connectors required for this scenario. d. From the Shelf, drag the Power Supply, ATX, 20+4 pin, PCIe to the correct area in the computer. e. Under Selected Component, drag the 20+4 pin power supply connector to the motherboard connector to connect the motherboard main power connector. f. Under Selected Component, drag the 4-pin CPU power connector to the motherboard connector 4. Connect the SATA hard drive power as follows: a. Above the computer, select Drive Bays to switch to the drive bays view of the computer. b. Under Selected Component, drag the SATA power connector to the location on the hard drive. c. Under Selected Component, drag the optical drive power connector to the location on the hard drive. 5. Plug the computer into the wall outlet as follows: a. Above the computer, select Back to switch to the back view of the computer. b. Under Partial Connections for the wall plate, select the power cord. c. Under Selected Component, drag the AC Power Connector to the power supply port. d. On the power supply, click the power supply switch to turn it to the on position. e. Above the computer, select Front to switch to the front view of the computer. 6. On the computer, click the power button to turn on the computer and verify that the computer boots into Windows. Lab Report: 3.5.7 Select and Install a 1

Your Performance

Your Score: 0 of 3 (0%) Pass Status: Not Passed Elapsed Time: 4 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install the i7-975 3.33GHz processor In Install the Intel and fan, socket 1366 In Connect the CPU fan connector to the motherboard Explanation In this lab, your task is to complete the following:

Install the fastest processor with the largest cache supported by the motherboard. Connect the correct heat sink and fan. Connect the heat sink and fan power cable to the motherboard.

Complete this lab as follows:

1. Install the fastest processor as follows: a. Above the computer, select Motherboard. b. Select the motherboard. c. Under Selected Component, identify the socket type of the motherboard. d. In the Selected Component window, select Details. e. Select the Specifications tab. f. Read the motherboard documentation to identify additional requirements for the CPU. g. Identify the location of the CPU fan connector. h. Close the Motherboard Details window. i. On the Shelf, expand Processors. j. Read the description for each processor. k. Select the i7-975 3.33GHz processor. l. Drag the i7-975 3.33GHz processor to the processor socket on the motherboard. 2. Connect the correct heat sink and fan as follows: a. On the Shelf, expand Fans. b. Select Details for the heat sink and fan combination supported by the motherboard. c. Select Bottom to view the bottom of the processor. Why is thermal paste not needed in this case? d. Close the Heat Sink and Fan Details window. e. From the Shelf, drag the Heat Sink and Fan, Socket 1366 to it's motherboard location. f. In the Selected Component window, drag the fan power connector to the motherboard location. Lab Report: 3.5.8 Select and Install a Processor 2

Your Performance

Your Score: 0 of 3 (0%) Pass Status: Not Passed Elapsed Time: 4 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install the i7-930 LGA1366 processor In Install the heat sink and fan In Plug in the fan connector Explanation In this lab, your task is to complete the following:

Select the least expensive processor that is supported by the motherboard. Install the heat sink and fan. Connect the fan power cable to the motherboard.

Complete this lab as follows:

1. Install the least expensive processor as follows: a. Above the computer, select Motherboard. b. Select the motherboard. c. Under Selected Component, identify the socket type of the motherboard. d. In the Selected Component window, select Details. e. Select the Specifications tab. f. Read the motherboard documentation to identify additional requirements for the CPU. g. Identify the location of the CPU fan connector. h. Close the Motherboard Details window. i. On the Shelf, expand Processors. j. Read the description for each processor. k. Select the i7-930 LGA 1366 processor. l. Drag the i7-930 LGA 1366 processor to the processor socket on the motherboard. 2. Connect the heat sink and fan as follows: a. On the Shelf, expand Fans. b. Select Details for the heat sink and fan combination supported by the motherboard. c. Select Bottom to view the bottom of the processor. Why is thermal paste unnecessary in this case? d. Close the Heat Sink and Fan Details window. e. From the Shelf, drag the Heat Sink and Fan, Socket 1366 to it's motherboard location. f. In the Selected Component window, drag the fan power connector to the motherboard location. Lab Report: 3.6.3 Troubleshoot Processor Installation 1

Your Performance

Your Score: 0 of 1 (0%) Pass Status: Not Passed Elapsed Time: 37 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Replace the processorShow Details Explanation In this lab, you task is to diagnose and correct the problem. Because you just replaced the processor, the problem is likely with the processor configuration or the processor itself.

Possible problems include:

The heat sink and fan not being installed. The fan power connector not being connected to the motherboard. The CPU not supported by the BIOS. The CPU is bad.

For the first two problems, the computer would likely boot, but then it will shut down within a short period of time. For the last two problems, you need to replace the processor. If the processor is not supported by the BIOS, you might be able to perform a BIOS update to make it recognize the new processor. However, you would need to install a supported processor first, flash the BIOS, and then re-install the new processor. (Flashing the BIOS is not supported in this lab, so you will simply need to replace the processor.)

Complete this lab as follows:

1. Reproduce the problem as follows: a. Click the power button to start the computer. b. Click OK to close the message inside the lab. c. Above the computer, select Motherboard to switch to the motherboard view of the computer to diagnose the problem. Can the processor start if there is no CPU installed? Would the computer start if the additional CPU power connector was not connected to the motherboard? d. Select the motherboard. e. Under Selected Component, identify the socket type of the motherboard. f. In the Selected Component window, select Details. g. Select the Specifications tab. h. Read the motherboard documentation to identify additional requirements for the CPU. i. Identify the location of the CPU fan connector. j. Close the Motherboard Details window. 2. Verify that all CPU power cables are connected as follows: a. Select the CPU heat sink and fan. b. In the Selected Component window, verify that the fan power connector is connected to the motherboard. Because everything is connected properly, you will need to replace the CPU. 3. Drag the heat sink and fan to the Workspace. 4. On the Shelf, expand Processors. 5. Drag the CPU on the motherboard to the Shelf to remove it from the computer. 6. From the Shelf, drag the CPU, AMD AM3 to the CPU socket on the motherboard. 7. From the Workspace, drag the heat sink and fan to the motherboard. 8. In the Selected Component window, verify that the fan power connector is still connected to the motherboard. 9. Above the computer, select Front to switch to the front view of the computer. 10. Click the power button to verify that it boots into Windows. Lab Report: 3.6.4 Troubleshoot Processor Installation 2

Your Performance

Your Score: 0 of 1 (0%) Pass Status: Not Passed Elapsed Time: 6 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Plug in the CPU fan connector Explanation In this lab, you task is to diagnose and correct the problem.

Complete this lab as follows:

1. Verify the problem as follows: a. Click the power button to start the computer. After Windows loads, you will see the computer shut down. b. Click OK to close the message inside the lab. c. Above the computer, select Motherboard to switch to the motherboard view of the computer to diagnose the problem. Can the processor start if there is no CPU installed? Would the computer start if the additional CPU power connector was not connected to the motherboard? d. Select the motherboard. e. Under Selected Component, identify the socket type of the motherboard. f. In the Selected Component window, select Details. g. Select the Specifications tab. h. Read the motherboard documentation to identify additional requirements for the CPU. i. Identify the location of the CPU fan connector. j. Close the Motherboard Details window. 2. Under Partial Connections on the Workspace, select the heat sink and fan. 3. Under Selected Component, select Details for the heat sink and fan combination supported by the motherboard. 4. Select Bottom to view the bottom of the processor. Why is thermal paste not needed in this case? 5. Close the Heat Sink and Fan Details window. 6. In the Selected Component window, verify that the CPU fan cable is not connected. 7. Drag the fan power connector to the location on the motherboard. 8. Above the computer, select Front to switch to the front view of the computer. 9. Click the power button to start the computer. 10. After Windows loads, verify that the system works without crashing.

In this lab, the motherboard has a CPU overheating protection feature. The motherboard shuts off the computer when the CPU temperature reaches a high level. Lab Report: 3.8.3 Select Memory by Sight

Your Performance

Your Score: 0 of 1 (0%) Pass Status: Not Passed Elapsed Time: 5 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install DDR4 RAM in the computer Explanation In this lab, your task is to install DDR4 memory in the computer. All DDR4 memory have a single notch on the bottom, the DDR being the farthest from the middle.

Complete this lab as follows:

1. Above the computer, select Motherboard to switch to the motherboard view. 2. Zoom in to examine the memory slots for the motherboard. 3. Identify the location of the notches in the memory slot. 4. On the Shelf, expand Memory Modules. 5. Drag the DDR4 RAM from the Shelf and to a memory slot on the motherboard. Lab Report: 3.8.7 Install Triple Channel Memory

Your Performance

Your Score: 0 of 4 (0%) Pass Status: Not Passed Elapsed Time: 5 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install 6 GB of memory In Install 3 DDR3 2 GB 1600 modules In Install memory in slots A1, B1, and C1 only In Verify triple channel mode in BIOS Explanation In this lab, your task is to install memory in the computer as follows:

Install a total of three memory modules. Configure the memory to run in triple channel mode. For triple channel operation, memory should be installed in matched sets (same capacity and same speed). Select the largest memory supported by the motherboard. Select the fastest memory supported by the motherboard. Install the memory according to the motherboard recommendations. After installing the memory, boot into the BIOS setup and verify that the memory is running in triple channel mode.

Complete this lab as follows:

1. Above the computer, select Motherboard to switch to the motherboard view. 2. Select the motherboard to identify the memory supported by the motherboard. 3. Under Selected Component, select Details. 4. Select the Specifications tab. 5. Read the documentation to identify supported memory and installation procedures. The motherboard supports modules up to 1600 MHz for one module per channel. Installing faster modules would not make the memory operate above 1600 MHz. 6. Close the documentation. 7. Install memory as follows: a. On the Shelf, expand Memory Modules. b. Read the description of the available memory on the Shelf. c. Drag a DDR3 2 GB, DDR3 1600 to the memory slot on the motherboard. Based on the motherboard documentation, when using 1600 MHz modules, you should only install three modules, and you should use slots DIMM_A1, DIMM_B1, and DIMM_C1 (the three slots). d. Repeat step 7c to install additional memory modules. 8. Verify that the memory runs in triple channel mode as follows: a. Above the computer, select Front to switch to the front view of the computer. b. Click the power button on the computer. c. Press F2 to enter the BIOS as the BIOS loads. d. Under System Information, verify that all memory is recognized, that it runs the correct speed, and that it is operating in triple channel mode. Lab Report: 3.9.4 Troubleshoot Memory 1

Your Performance

Your Score: 0 of 1 (0%) Pass Status: Not Passed Elapsed Time: 8 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install all working memory in the computerShow Details Explanation In this lab, your task is to diagnose and correct the problem as follows:

Identify which memory modules are working. Use information available in the BIOS to identify working modules. The computer will not boot with non-working modules. Configure the computer so that all working modules are installed. If you have multiple working modules, install them to maximize memory usage using the recommended memory configurations for the motherboard. Place any non-working memory modules on the Shelf. Start the computer to verify that all installed memory is detected in the BIOS.

Complete this lab as follows:

1. Identify which memory modules are working as follows: a. Above the computer, select Motherboard to switch to the motherboard. b. Remove all memory modules from the computer but one and place the modules on the Shelf. c. Above the computer, select Front to switch to the front view of the computer. d. On the computer, select the power button on the front of the computer. If the computer boots and recognizes the memory, the module is good. If the computer does not boot, the module is bad. e. From the top navigation menu, select Bench to return to the hardware. f. On the computer, select the power button to turn the computer off. g. Above the computer, select Motherboard to switch to the motherboard. h. Drag the memory module to the Shelf. i. From the Shelf, drag an untested memory module to a slot on the motherboard. j. Repeat steps 1c–1h to test all remaining modules. 2. Drag the working memory modules from the Shelf to the correct color slots on the motherboards. 3. Boot into the BIOS and verify that all installed modules are recognized by the BIOS as follows: a. Above the computer, select Front to switch to the front view of the computer. b. On the computer, select the power button on the front of the computer. c. When the BIOS loading window appears, press F2 to enter the BIOS. Lab Report: 3.9.5 Troubleshoot Memory 2

Your Performance

Your Score: 0 of 2 (0%) Pass Status: Not Passed Elapsed Time: 5 seconds Required Score: 100%

Task Summary Actions you were required to perform: In The four good memory modules are installed In BIOS detects 32 GB of installed memory Explanation In this lab, your task is to diagnose and correct the problem as follows:

Identify which memory modules are not working. Use the memory tester to identify working and non-working modules. Install 32 GB of working modules. Use spares from the Shelf if necessary. Place any non-working memory modules on the Shelf. After you install the memory, boot into the BIOS setup and verify that the correct amount of memory is detected.

Complete this lab as follows:

1. Test the memory modules in the computer as follows: a. Above the computer, select Motherboard to switch to the motherboard view of the computer. b. On the Shelf, expand PC Tools. c. Drag the Memory Tester from the Shelf to the Workspace. d. Drag a memory module from the computer to the correct slot on the memory tester. e. Select Test. If the memory tester indicates BAD or ERROR, the module is bad. Drag the module to the Shelf. If the memory tester indicates OK, the module is good. Return the module to the computer. f. Repeat steps 1d–1e for all memory modules in the computer. 2. Test and install the memory modules on the Shelf as follows: a. On the Shelf, expand Memory Modules. b. Drag a memory module from the Shelf to the correct slot on the memory tester. c. Select Test. If the memory tester indicates BAD or ERROR, the module is bad; return the module to the Shelf. If the memory tester indicates OK, the module is good; drag the module to the computer. d. Repeat steps 2b-2c until all memory slots in the computer are filled with good modules. 3. Boot into the BIOS and verify that all installed modules are recognized by the BIOS as follows: a. Above the computer, select Front to switch to the front view of the computer. b. On the computer, select the power button on the front of the computer. c. When the BIOS loading window appears, press F2 to enter the BIOS. Lab Report: 3.10.8 Clear CMOS Settings

Your Performance

Your Score: 0 of 1 (0%) Pass Status: Not Passed Elapsed Time: 8 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Clear the CMOS settings Explanation In this lab, your task is to clear the CMOS settings.

Complete this lab as follows:

1. Verify the problem as follows: a. Click the power button on the computer. After the BIOS loads, it prompts you for a password. b. From the top navigation tabs, select IT Administration to return to the hardware view and clear the password. c. Click the power button on the computer to turn the computer off. d. Above the computer, select Motherboard to switch to the motherboard view of the computer. 2. Clear the CMOS settings as follows: a. Select the motherboard. b. In the Selected Component window, select Details for the motherboard. c. Select the Specifications tab. d. Read the documentation to identify the recommended procedure and the location of the component that clears the CMOS settings. e. On the surge protector, drag the power cable connected to the computer and drop it on a clear area of the Workspace to unplug the computer. f. On the motherboard, move the CMOS battery to the Shelf. g. Move the CMOS battery back to its original position. h. Select the power cable. i. In the Selected Component window, drag the unconnected end to the surge protector. j. Above the computer, select Front to switch to the front view of the computer. k. Click the power button on the computer to turn the computer on. l. Make sure the computer boots into Windows. Lab Report: 3.11.4 Install Expansion Cards

Your Performance

Your Score: 0 of 4 (0%) Pass Status: Not Passed Elapsed Time: 6 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install the PCIe 16x VGA/DVI-D in Computer 1 In Install the PCI network card in Computer 1 In Install the PCIe 16x HDMI/DVI-D video card in Computer 2 In Install the PCIe network card in Computer 2 Explanation In this lab, your task is to complete the following:

Install the PCIe VGA, DVI-I video card in Computer 1. The connector tab for a PCIe card starts with a small tab followed by a large tab. The video card also has a hook on the end. Install the PCI-X network in Computer 1. PCI-X cards have a notch on each end of the card. Install the PCIe, DVI-I, HDMI video card in Computer 2. The connector tab for a PCIe card starts with a small tab followed by a large tab. The video card also has a hook on the end. Install the PCIe network adapter in Computer 2. This card has the smallest connection tab and will fit in any PCIe slot (PCIe 1x, 4x, or 16x).

Complete this lab as follows:

1. Answer the following questions using the zoom feature in the Workspace area: What slots does each motherboard have? On Computer 1, how does the bottom slot differ from the other white slots? 2. Install a video card as follows: a. On the Shelf, expand Video Cards. b. Select a video card. c. Select Details to evaluate each component. d. Identify the possible video cards that will fit into the motherboard. e. Repeat steps 2b–2d for each video card. f. From the Shelf, drag the correct video card to the correct slot on the motherboard for Computer 1. g. From the Shelf, drag the correct video card to the correct slot on the motherboard for Computer 2. 3. Install a network adapters as follows: a. On the Shelf, expand Network Adapters. b. Select a network adapter. c. Select Details to evaluate each component. d. Identify the possible network adapters that will fit into the motherboard. e. Repeat steps 2b–2d for each network adapter. f. From the Shelf, drag the correct network adapter to the correct slot on the motherboard for Computer 1. g. From the Shelf, drag the correct network adapter to the correct slot on the motherboard for Computer 2. Lab Report: 3.12.5 Upgrade a Video Card

Your Performance

Your Score: 0 of 5 (0%) Pass Status: Not Passed Elapsed Time: 4 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Disconnect the monitor from the current video adapter In Remove the current VGA video adapter from the computer In Install the video card with HDMI output into the computer In Connect the new HDMI video card to the monitor with an HDMI cable In Set the resolution to 1920x1080 Explanation In this lab, your task is to complete the following:

Disconnect the monitor from the onboard video card. Install the video card with the HDMI connection. HDMI is an used by monitors and digital for high-definition content. When installing the video card, connect the PCIe power connector to the video card. Connect the computer to the monitor using an HDMI cable. In Windows, configure a resolution of 1920x1080 for full HD content. Even though the monitor supports a higher resolution, this is the resolution for HD content.

Complete this lab as follows:

1. Disconnect the monitor from the current video card as follows: a. Above the computer, select Back to switch to the back view of the computer. b. Above the monitor, select Back to switch to the back view of the monitor. c. Drag the DB-15 Connector from the computer to the Workspace area. d. Drag the DB-15 Connector from the monitor to the Shelf. 2. Remove the current video card from the computer as follows: a. Above the computer, select Motherboard to switch to the motherboard view of the computer. b. Drag the VGA Video Adapter from the computer to the Shelf. 3. Install a new video card as follows: a. For each video card on the Shelf, select Details. b. Select Connectors for the video card to find the one with the HDMI connection. c. Close the Details window. d. Drag the HDMI video adapter from the Shelf to an open PCI Express slot on the motherboard. e. Select the power supply to provide power to the video card. The video card requires an additional PCIe power connection. f. Under Selected Component, drag a 6-pin PCIe power connector to the power port on the right side of the video card. 4. Connect the computer to the monitor as follows: a. Above the computer, select Back to switch to the back view of the computer. b. On the Shelf, expand Cables. c. Select the HDMI cable. d. Under Selected Component, drag an HDMI Connector to the HDMI port on the video card. e. Under Selected Component, drag an HDMI Connector to the HDMI port on the monitor. f. Above the computer, select Front to switch to the front view of the computer. g. Above the monitor, select Front to switch to the front view of the monitor. h. Click the power button for the computer. 5. Modify the screen resolution as follows: a. After Windows loads, right-click the desktop and select Display settings. b. Under Resolution, select 1920x1080. c. Select Keep changes. Lab Report: 3.13.7 Select and Install a

Your Performance

Your Score: 0 of 2 (0%) Pass Status: Not Passed Elapsed Time: 6 seconds Required Score: 100%

Task Summary Actions you were required to perform: In Install the PCIe sound card In Disable the onboard sound card Explanation In this lab, your task is to complete the following:

Install the sound card with the optical output. View the Details for each card to identify the card with an optical audio connector. Boot into the BIOS and disable the onboard sound card. Boot into Windows and verify that the new sound card is recognized and the onboard sound card does not appear in Device Manager.

Complete this lab as follows:

1. Install the sound card with the optical output as follows: a. On the Shelf, expand Sound Cards. b. Select a sound card. c. Select Details. d. Select Connectors to identify the sound card with the optical input. e. Close Details. f. Repeat steps 1b-1e for each sound card. g. Above the computer, select Motherboard to switch to the motherboard view. h. Drag the PCIe sound card to an open expansion slot on the motherboard. 2. Boot into the BIOS and disable the onboard sound card as follows: a. Above the computer, select Front to switch to the front view of the computer. b. Click the power button on the computer. c. As the BIOS loads, press the F2 key to enter the BIOS setup program. d. From the left menu, expand System Configuration. e. Select Audio. f. Unmark Enable Audio. g. Select Apply. h. At the bottom of the window, select Send+Ctrl+Alt+Del. 3. Verify that the new sound card is recognized and the onboard sound card does not appear in Device Manager as follows: a. Right-click Start and select Device Manager. b. Expand Sound, video and game controllers. c. Verify that the SoundMAX Integrated onboard audio card does not show and that the new SoundBlaster X-FI card does show.