CompTIA A+ Essentials Objective 1.0 Personal Computer Components

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  • 1/48 Questions

    What does SSP stand for?

    • Standard Serial Port
    • Superior Serial port
    • Super Standard Port
    • Serial Standard Port
    • Standard Socket Port
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A Plus Essential Quizzes & Trivia
About This Quiz

This quiz has been made to see whether you are completely prepared for the real exam. This practice test will help you pass by familiarizing you with the material and the ensuring that you know the structure of the CompTIA+ Essentials Hardware and Networking test. The practice test is designed to reflect the final exam. So, let's try out this See morehardest quiz. All the best!

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  • 2. 

    What does ESP stand for?

    • Equal Standard Port

    • Extra Standard Port

    • Enhanced Serial Port

    • Enhanced Standard Port

    • Extra Serial Port

    Correct Answer
    A. Enhanced Serial Port
    Explanation
    ESP stands for Enhanced Serial Port. This term refers to an improved version of a serial port, which is a hardware interface used for connecting peripheral devices to a computer. The enhanced serial port provides additional features and capabilities compared to a standard serial port, such as faster data transfer rates and improved error detection. It is commonly used for connecting devices like modems, printers, and scanners to a computer system.

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  • 3. 

    What does UART stand for?

    • Universal Asynchronous Receiver Transport

    • Uniform Asynchronous Receiver Transmitter

    • Universal Asynchronous Receiver Transmitter

    • Uniform Asymmetric Receiver Transmitter

    • Uniform Asynchronous Receiver Transmitter

    Correct Answer
    A. Universal Asynchronous Receiver Transmitter
    Explanation
    UART stands for Universal Asynchronous Receiver Transmitter. It is a communication protocol used for serial communication between two devices. The term "universal" signifies its compatibility with various devices and systems. "Asynchronous" means that data is transmitted without the need for a clock signal, allowing for flexible and variable timing. "Receiver" and "Transmitter" indicate its ability to both receive and transmit data. Overall, UART is a widely used protocol for serial communication in various applications.

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  • 4. 

    What is Flowcontrol?

    • The possibility of a device to keep transmitting data to another device, so the data doesn't have to be converted to parallel data.

    • Transmitting data while running other applications.

    • A modem setting which you can activate in windows.

    • The flow of data on a parallel port.

    • The possibility of a device to ask another device to stop transmitting data for a while.

    Correct Answer
    A. The possibility of a device to ask another device to stop transmitting data for a while.
    Explanation
    Flow control refers to the ability of a device to request another device to pause or stop transmitting data temporarily. This allows for better management of data flow and prevents data overload or loss. By implementing flow control, a device can regulate the flow of data and ensure that it is transmitted at a pace that can be handled by the receiving device. This helps to prevent data congestion and ensures efficient data transmission between devices.

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  • 5. 

    Which commands are being used with flowcontrol?

    • CTS, DTR, DSR

    • RTS, CTS, DTR, DSR

    • CTS, RTS, DSR

    • RTS, CTS, DSR, DTR, ATDP

    • ATDT, ATDP, RTS, CTS

    Correct Answer
    A. RTS, CTS, DTR, DSR
    Explanation
    The correct answer is RTS, CTS, DTR, DSR. These commands are being used with flow control. RTS (Request to Send) is used by the sender to indicate that it is ready to transmit data. CTS (Clear to Send) is used by the receiver to indicate that it is ready to receive data. DTR (Data Terminal Ready) is used to signal that the device is ready to communicate. DSR (Data Set Ready) is used to indicate that the connected device is powered on and ready to receive commands.

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  • 6. 

    What is the maximum transfer rate of a SSP?

    • 100 Kbps

    • 50-100 Kbps

    • 200 Kbps

    • 115 Kbps

    • 112 Kbps

    Correct Answer
    A. 115 Kbps
    Explanation
    The maximum transfer rate of a SSP is 115 Kbps. This means that the SSP can transfer data at a rate of up to 115 kilobits per second.

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  • 7. 

    What is the maximum transfer rate of a ESP?

    • 460 Kbps

    • 480 Kbps

    • 450 Kbps

    • 640 Kbps

    • 680 Kbps

    Correct Answer
    A. 460 Kbps
    Explanation
    The maximum transfer rate of an ESP is 460 Kbps.

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  • 8. 

    Which connector is being used for a serial port?

    • 9-pins female DB, 25-pins female DB

    • 9-pins male DB, 25-pins male DB

    • 15-pins female DB, 9-pins female DB

    • 9-pins male DB, 25-pins female DB

    • 15-pins male DB, 9-pins male DB

    Correct Answer
    A. 9-pins male DB, 25-pins male DB
    Explanation
    The correct answer is 9-pins male DB, 25-pins male DB. This is because a serial port typically uses a 9-pins male DB connector for the computer side and a 25-pins male DB connector for the device side.

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  • 9. 

    What does the UART chip do?

    • Converts analog data to digital data and digital data to analog data.

    • Converts parallel data to serial data and serial data to parallel data.

    • Converts parallel data to serial data and analog data to digital data.

    • Converts serial data to parallel data and digital data to analog data.

    • All of the above.

    Correct Answer
    A. Converts parallel data to serial data and serial data to parallel data.
    Explanation
    The UART chip is responsible for converting parallel data to serial data and vice versa. Parallel data refers to multiple bits being transmitted simultaneously, while serial data refers to bits being transmitted one after another. This conversion is necessary for communication between devices that use different data transmission formats. The UART chip allows for efficient and reliable data transfer between devices by converting the data into a format that can be easily transmitted and understood by both devices.

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  • 10. 

    Which standard is being used for the serial port?

    • RS-323

    • IEEE 1284

    • IEEE 1394

    • SR-232

    • RS-232

    Correct Answer
    A. RS-232
    Explanation
    RS-232 is the correct answer because it is the standard that is commonly used for serial ports. RS-232 is a standard for serial communication between devices, and it defines the electrical and mechanical characteristics of the interface. It is widely used for connecting devices such as modems, printers, and computer terminals to computers. RS-232 uses a 25-pin or 9-pin connector and supports a serial data transfer rate of up to 115.2 kbps.

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  • 11. 

    Which ports are part of IEEE 1284?

    • SSP and ECP

    • EPP and ECP

    • ECP and ESP

    • SSP and ESP

    • ESP and USB

    Correct Answer
    A. EPP and ECP
    Explanation
    IEEE 1284 is a standard for parallel ports used for connecting printers and other devices to computers. EPP (Enhanced Parallel Port) and ECP (Extended Capabilities Port) are both part of the IEEE 1284 standard. EPP provides faster data transfer rates and bidirectional communication, while ECP offers improved performance and features such as DMA (Direct Memory Access) and compression. Therefore, the correct answer is EPP and ECP.

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  • 12. 

    Which two versions of USB 1.1 are available? Choose all that apply.

    • USB 1.5 Mbps

    • USB 480 Mbps

    • USB 1.2 Mbps

    • USB 15 Mbps

    • USB 12 Mbps

    Correct Answer(s)
    A. USB 1.5 Mbps
    A. USB 12 Mbps
    Explanation
    USB 1.1 has two available versions: USB 1.5 Mbps and USB 12 Mbps. These versions represent the different data transfer speeds that USB 1.1 supports. USB 1.5 Mbps refers to the maximum transfer rate of 1.5 megabits per second, while USB 12 Mbps refers to the maximum transfer rate of 12 megabits per second. Both of these versions are part of the USB 1.1 standard.

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  • 13. 

    Which data transfer is used with USB 2.0?

    • 1.5 Mbps

    • 480 Mbps

    • 12 Mbps

    • 460 Mbps

    • 450 Mbps

    Correct Answer
    A. 480 Mbps
    Explanation
    USB 2.0 uses a data transfer rate of 480 Mbps. This is significantly faster than the other options provided, such as 1.5 Mbps, 12 Mbps, 460 Mbps, and 450 Mbps. USB 2.0 is commonly used for connecting various devices like printers, external hard drives, and cameras to a computer, and the high data transfer rate allows for faster and more efficient file transfers and data syncing.

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  • 14. 

    How many devices can you attach on to one USB host controller?

    • 127

    • 126

    • 63

    • 120

    • 6

    Correct Answer
    A. 127
    Explanation
    A USB host controller can support up to 127 devices. This is because USB uses a 7-bit addressing scheme, allowing for a maximum of 127 unique addresses (0 to 126). One address is reserved for the host controller itself, leaving 126 addresses available for devices to be connected. Therefore, the correct answer is 127.

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  • 15. 

    Can you connect an 1.1 low-speed USB device and full-speed USB device to an USB 2.0 port?

    • No, USB 2.0 is not backwards compatible with USB 1.1

    • Yes, but you need an adapter.

    • No, there is no way you can connect them.

    • Yes, but there will be data corruption.

    • Yes, USB 2.0 is backwards compatible with USB 1.1

    Correct Answer
    A. Yes, USB 2.0 is backwards compatible with USB 1.1
    Explanation
    USB 2.0 is backwards compatible with USB 1.1, meaning that you can connect both a 1.1 low-speed USB device and a full-speed USB device to a USB 2.0 port without any issues. This compatibility allows for seamless connectivity between devices of different USB versions.

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  • 16. 

    Which USB type has the highest transfer rate?

    • Super-speed

    • Enhanced-speed

    • Hi-speed

    • Low-speed

    • Full-speed

    Correct Answer
    A. Hi-speed
    Explanation
    Hi-speed USB has the highest transfer rate among the given options. The term "hi-speed" refers to USB 2.0, which has a maximum transfer rate of 480 Mbps (megabits per second). This is significantly faster than the other options such as full-speed (12 Mbps), low-speed (1.5 Mbps), enhanced-speed, and super-speed.

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  • 17. 

    You were working with an USB device, but suddenly it doesn't work anymore. What could be the problem?

    • USB port is faulty.

    • Systemboard is faulty.

    • Cable is faulty.

    • USB device is faulty.

    • Save power checkbox is switched on in device manager.

    Correct Answer
    A. Save power checkbox is switched on in device manager.
    Explanation
    The Save power checkbox being switched on in the device manager could be the problem because it indicates that the USB device is not receiving enough power. When the checkbox is enabled, the system may put the USB device into a low power state to save energy, causing it to stop working. Disabling the checkbox should resolve the issue and allow the USB device to function properly again.

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  • 18. 

    What is an USB powered device?

    • An USB device that comes with a power cord and an adapter.

    • An USB device that comes with an adapter and a power switch.

    • An USB device that uses the USB bus power.

    • An USB device that is powered by the powersupply.

    • An USB device that is powered by the systemboard.

    Correct Answer
    A. An USB device that comes with a power cord and an adapter.
    Explanation
    An USB powered device refers to a device that is powered by the USB bus power, meaning it gets its power directly from the USB port it is connected to, without the need for any external power source. However, the given answer states that an USB powered device is one that comes with a power cord and an adapter, which contradicts the definition. Therefore, the given answer is incorrect.

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  • 19. 

    What is an USB bus-powered device?

    • A device that uses the power of the front side bus.

    • A device that uses the power of the USB bus.

    • A device that uses a power cord and an adapter.

    • A device that is powered by the PCI-bus.

    • A device that uses the system bus.

    Correct Answer
    A. A device that uses the power of the USB bus.
    Explanation
    A USB bus-powered device is a device that derives its power directly from the USB bus, without the need for an external power source such as a power cord or adapter. This means that the device can be powered solely through the USB connection, making it convenient and portable.

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  • 20. 

    You are installing a new USB device on a system with a lot of other USB devices. After installing one of the devices works intermittently. What could be the problem?

    • There's an IRQ problem with other devices.

    • Wrong drivers installed.

    • The USB device doesn't receive enough power from the USB bus.

    • The USB cable isn't correctly plugged in.

    • The USB cable is faulty.

    Correct Answer
    A. The USB device doesn't receive enough power from the USB bus.
    Explanation
    The USB device not receiving enough power from the USB bus could be the problem because if the device is not getting sufficient power, it may not function properly or may only work intermittently. This could be due to the power demands of the other USB devices connected to the system, causing a shortage of power for the new device.

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  • 21. 

    You bought a new USB device and connected it to the computer with a few other USB devices. But one of the USB devices keeps locking up. What could be the problem?

    • The USB device is faulty.

    • The USB device doesn't receive enough power from the USB bus.

    • Wrong drivers are installed.

    • There is an IRQ problem with other devices.

    • Not enough memory.

    Correct Answer
    A. The USB device doesn't receive enough power from the USB bus.
    Explanation
    The USB device doesn't receive enough power from the USB bus. This could be the problem because when multiple USB devices are connected to the computer, they share the power provided by the USB bus. If one of the devices requires more power than what is available, it can cause the device to lock up. This can be resolved by using a powered USB hub or disconnecting some of the other USB devices to free up power for the problematic device.

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  • 22. 

    You are working with the computer and windows reports an error message: Hub power exceeded. What could be the problem?

    • The powersupply is faulty.

    • The USB hub is faulty.

    • The USB device doesn't receive enough power from the USB bus.

    • Your mouse uses too much power.

    • The PCI bus uses too much power.

    Correct Answer
    A. The USB device doesn't receive enough power from the USB bus.
    Explanation
    The error message "Hub power exceeded" suggests that there is an issue with the power supply to the USB device. This could mean that the USB device is not receiving enough power from the USB bus, causing the error message to appear.

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  • 23. 

    What is the maximum cable lenght for an USB device?

    • 4.5 meters

    • 100 meters

    • 30 meters

    • 5 meters

    • 20 meters

    Correct Answer
    A. 5 meters
    Explanation
    The maximum cable length for a USB device is 5 meters. This is because USB signals can start to degrade and lose quality over longer distances. Therefore, to maintain optimal performance and ensure reliable data transfer, it is recommended to use a USB cable that is no longer than 5 meters.

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  • 24. 

    What is the maximum distance between an USB device and a computer?

    • 30 meters

    • 20 meters

    • 100 meters

    • 50 meters

    • 200 meters

    Correct Answer
    A. 30 meters
    Explanation
    The maximum distance between a USB device and a computer is typically 5 meters. However, with the use of USB extenders or repeaters, this distance can be extended up to 30 meters. Therefore, the correct answer is 30 meters.

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  • 25. 

    Which connector is used by a parallel port?

    • A 25-pins female DB connector

    • A 25-pins male DB connector

    • A 20-pins female DB connector

    • A 20-pins male DB connector

    • A 9-pins male DB connector

    Correct Answer
    A. A 25-pins female DB connector
    Explanation
    A parallel port uses a 25-pins female DB connector. This type of connector is commonly used for parallel ports to connect devices such as printers and scanners to a computer. The 25-pins male DB connector is not used for parallel ports. The other options, 20-pins female DB connector, 20-pins male DB connector, and 9-pins male DB connector, are also not used for parallel ports.

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  • 26. 

    Which port is only used by printers and scanners?

    • ESP

    • SSP

    • SPP

    • EPP

    • ECP

    Correct Answer
    A. ECP
    Explanation
    ECP (Enhanced Capability Port) is the correct answer. ECP is a type of parallel port that is commonly used by printers and scanners. It provides faster data transfer rates and enhanced capabilities compared to other parallel ports such as SPP (Standard Parallel Port) and EPP (Enhanced Parallel Port). ESP, SSP, and SPP are not specific to printers and scanners, while EPP is used for bidirectional communication with peripherals, not just printers and scanners.

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  • 27. 

    How much data does the parallel port transfer?

    • 1-byte data chunks

    • 16-bit data chunks

    • 32-bit data chunks

    • 8-bit data chunks

    • 8-byte data chunks

    Correct Answer
    A. 8-bit data chunks
    Explanation
    The parallel port transfers data in 8-bit data chunks. This means that it transfers data in groups of 8 bits at a time. Each chunk of data transferred through the parallel port consists of 8 bits of information.

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  • 28. 

    What is the port with the highest transfer rate?

    • ECP

    • EPP

    • ESP

    • SSP

    • SPP

    Correct Answer
    A. ECP
    Explanation
    ECP (Enhanced Capabilities Port) is the correct answer because it is a parallel port technology that allows for high-speed data transfer rates. It was developed to improve upon the slower transfer rates of older parallel ports like SPP (Standard Parallel Port) and EPP (Enhanced Parallel Port). ESP (Enhanced Serial Port) and SSP (Standard Serial Port) are not relevant to the question as they refer to serial ports, which typically have lower transfer rates compared to parallel ports.

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  • 29. 

    What is the data transfer rate of a SPP?

    • 2 MBps

    • 460 KBps

    • 50-100 KBps

    • 150 KBps

    • 2,5 MBps

    Correct Answer
    A. 50-100 KBps
    Explanation
    The data transfer rate of a SPP (Standard Parallel Port) is typically in the range of 50-100 KBps. This means that the port can transfer data at a rate of 50 to 100 kilobytes per second.

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  • 30. 

    What is the data transfer rate of EPP?

    • 115 Kbps

    • 0,5-2 MBps

    • 2,5 MBps

    • 460 KBps

    • 50-100 KBps

    Correct Answer
    A. 0,5-2 MBps
    Explanation
    The data transfer rate of EPP is 0,5-2 MBps.

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  • 31. 

    What is the transfer rate of ECP?

    • 2,5 MBps

    • 2 MBps

    • 12 Mbps

    • 480 Mbps

    • 800 Mbps

    Correct Answer
    A. 2,5 MBps
    Explanation
    The transfer rate of ECP is 2.5 MBps. This means that it can transfer data at a rate of 2.5 megabytes per second.

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  • 32. 

    What does SPP stand for?

    • Superior Parallel Port

    • Super Protocol Port

    • Special Parallel Port

    • Standard Parallel Port

    • Standard Protocol Port

    Correct Answer
    A. Standard Parallel Port
    Explanation
    SPP stands for Standard Parallel Port. This is a type of interface that was commonly used for connecting printers and other devices to computers. It allowed for parallel data transfer, meaning that multiple bits of data could be sent simultaneously. The Standard Parallel Port became a widely adopted standard in the 1980s and 1990s, but has since been largely replaced by USB and other more modern interfaces.

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  • 33. 

    What is the difference between HDMI and DVI?

    • HDMI is older then DVI and HDMI isn't sold anymore.

    • The difference between HDMI and DVI is that HDMI can transfer audio and video through one cable while DVI only transmits video.

    • The difference between HDMI and DVI is that DVI can transfer audio and video through one cable while HDMI only transmits video.

    • The difference between HDMI and DVI is that HDMI can transfer audio and video through one cable while DVI only transmits audio.

    • The difference between HDMI and DVI is that HDMI can transfer 480 Mbps while DVI only transmits 120 Mbps.

    Correct Answer
    A. The difference between HDMI and DVI is that HDMI can transfer audio and video through one cable while DVI only transmits video.
  • 34. 

    Which version of DVI supports analog and digital signals?

    • DVI-A

    • DVI-S

    • DVI-E

    • DVI-I

    • DVI-D

    Correct Answer
    A. DVI-I
    Explanation
    DVI-I stands for Digital Visual Interface - Integrated. It is a type of DVI connector that supports both analog and digital signals. This means that it can be used to connect devices that use either analog or digital signals, providing compatibility with a wide range of devices. The other options, DVI-A, DVI-S, DVI-E, and DVI-D, do not support both analog and digital signals, making DVI-I the correct answer.

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  • 35. 

    What does HDMI stand for?

    • High Definition Multimedia Integrated

    • High Data Media Interface

    • High Definition Music Interface

    • High Data Music Interface

    • High Definition Multimedia Interface

    Correct Answer
    A. High Definition Multimedia Interface
    Explanation
    HDMI stands for High Definition Multimedia Interface. It is a standardized technology that allows for the transmission of high-quality audio and video signals between devices. HDMI cables are commonly used to connect devices such as TVs, DVD players, and gaming consoles to provide a seamless and high-definition viewing experience.

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  • 36. 

    What type of transmission does HDMI use?

    • HDMI uses audio only transmission

    • HDMI uses video only transmission

    • HDMI uses digital transmission

    • HDMI uses analog transmission

    • HDMI uses parallel transmission

    Correct Answer
    A. HDMI uses digital transmission
    Explanation
    HDMI (High-Definition Multimedia Interface) uses digital transmission. This means that it sends data in the form of binary digits (0s and 1s). Digital transmission allows for the transmission of high-quality audio and video signals without loss of quality. It also enables the transmission of other data, such as control signals and metadata, along with the audio and video signals. Digital transmission is preferred over analog transmission as it is less prone to interference and degradation in signal quality.

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  • 37. 

    What is the total capacity of RAM described in?

    • Kilobits

    • Megabytes

    • Bits

    • Bytes

    • Megabits

    Correct Answer
    A. Bytes
    Explanation
    The total capacity of RAM is described in bytes. Bytes is the most commonly used unit to measure the storage capacity of computer memory. It represents a sequence of 8 bits, which is the basic unit of digital information storage. Other options such as kilobits, megabytes, bits, and megabits are also used to measure memory capacity but bytes is the most widely used unit.

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  • 38. 

    What kind of memory module do you need to install in SDRAM slots for a desktop PC?

    • 168-pin

    • 200-pin

    • 172-pin

    • 184-pin

    • 214-pin

    Correct Answer
    A. 168-pin
    Explanation
    In order to install memory modules in SDRAM slots for a desktop PC, you need to use a 168-pin memory module.

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  • 39. 

    Which MicroDIMM memory modules are available for systems that are using SDRAM? Choose all that apply.

    • 68-pin MicroDIMM

    • 168-pin MicroDIMM

    • 144-pin MicroDIMM

    • 172-pin MicroDIMM

    • 200-pin MicroDIMM

    Correct Answer(s)
    A. 68-pin MicroDIMM
    A. 144-pin MicroDIMM
    A. 172-pin MicroDIMM
    Explanation
    MicroDIMM memory modules are available for systems that are using SDRAM in three different sizes: 68-pin, 144-pin, and 172-pin. The 68-pin MicroDIMM is a smaller form factor memory module that is compatible with SDRAM systems. The 144-pin MicroDIMM is another smaller form factor module that is also compatible with SDRAM systems. Lastly, the 172-pin MicroDIMM is a slightly larger form factor module that is also compatible with SDRAM systems.

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  • 40. 

    You are using a systemboard with a 83 MHz FSB and you are installing a PC66 memory module. But now the system wont boot. What could be the problem?

    • You need to use a PC83 memory module or higher for a system with a 83 MHz FSB in order to be stable or function correctly.

    • The memory module is faulty.

    • The memory module is installed in a wrong slot.

    • You tried to install a DDR-SDRAM into a SDRAM slot.

    • You didn't install the memory module correctly.

    Correct Answer
    A. You need to use a PC83 memory module or higher for a system with a 83 MHz FSB in order to be stable or function correctly.
    Explanation
    The problem could be that the PC66 memory module is not compatible with the 83 MHz FSB of the systemboard. In order for the system to boot and function correctly, a PC83 memory module or higher is required.

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  • 41. 

    You installed a PC100 memory module in a system with a 128MB PC83 memory module. But now the system runs at a memory transfer rate of 83MHz. What could be the problem?

    • You need to save new CMOS settings first.

    • You installed a memory module of a lower speed than the other module and the system automatically runs at a lower speed.

    • You need to set the correct speed in CMOS setup utility.

    • You need to install the correct drivers.

    • The OS doesn't support the higher speed.

    Correct Answer
    A. You installed a memory module of a lower speed than the other module and the system automatically runs at a lower speed.
    Explanation
    The problem could be that you installed a memory module of a lower speed than the other module. When different memory modules with different speeds are installed in a system, the system will automatically run at the speed of the slowest module. In this case, since the PC100 memory module is slower than the PC83 memory module, the system is running at the lower speed of 83MHz.

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  • 42. 

    A PC with a pentium processor and a PC100 memory module is installed. What type of memory is installed?

    • EDO-RAM

    • DDR2-SDRAM

    • RDRAM

    • SDRAM

    • DDR-SDRAM

    Correct Answer
    A. SDRAM
    Explanation
    The correct answer is SDRAM. SDRAM stands for Synchronous Dynamic Random Access Memory. It is a type of memory module commonly used in personal computers. In this scenario, the PC is installed with a Pentium processor and a PC100 memory module, which indicates that it uses SDRAM. SDRAM is a type of memory that synchronizes with the computer's bus speed, allowing for faster data transfer and improved performance.

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  • 43. 

    Which SDRAM modules of the following speeds are available? Choose all that apply.

    • PC66

    • PC100

    • PC75

    • PC83

    • PC133

    Correct Answer(s)
    A. PC66
    A. PC100
    A. PC75
    A. PC83
    A. PC133
    Explanation
    The correct answer is PC66, PC100, PC75, PC83, and PC133. These are all different speeds of SDRAM modules that are available. PC66, PC100, and PC133 are commonly used speeds for SDRAM modules, while PC75 and PC83 may be less common but still available options.

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  • 44. 

    What do you need to know when buying SDRAM memory modules? Choose all that apply.

    • The operating system version.

    • The speed of the FSB.

    • The available memory module drivers.

    • The number of pins on the memory module.

    • The memory capacity the systemboard supports.

    Correct Answer(s)
    A. The speed of the FSB.
    A. The number of pins on the memory module.
    A. The memory capacity the systemboard supports.
    Explanation
    When buying SDRAM memory modules, it is important to consider the speed of the FSB, the number of pins on the memory module, and the memory capacity that the systemboard supports. The speed of the FSB determines the maximum data transfer rate between the memory and the processor. The number of pins on the memory module must match the corresponding slot on the motherboard for proper installation. The memory capacity supported by the systemboard determines the maximum amount of memory that can be installed and utilized by the system.

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  • 45. 

    You installed a PC83 memory module in a system with a 100MHz FSB. But the system doesn't boot. What could be the problem?

    • You installed a memory module with a speed lower than the FSB. You need to install a memory module with the same speed or higher than the FSB.

    • You installed a memory module with a speed higher than the FSB. You need to install a memory module with the same speed or lower than the FSB.

    • The memory module you installed is faulty.

    • The memory module is installed in a wrong slot.

    • You installed DDR-SDRAM module in the SDRAM slot.

    Correct Answer
    A. You installed a memory module with a speed lower than the FSB. You need to install a memory module with the same speed or higher than the FSB.
    Explanation
    The system doesn't boot because the memory module installed has a speed lower than the FSB. The FSB (Front Side Bus) determines the speed at which the processor communicates with the memory. In order for the system to function properly, the memory module needs to have the same speed or higher than the FSB. Since the installed memory module has a lower speed, it is not compatible with the system and causes it to fail to boot.

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  • 46. 

    Which SDRAM SODIMM memory modules are available for laptops? Choose all that apply.

    • 72-pin

    • 144-pin

    • 200-pin

    • 168-pin

    • 184-pin

    Correct Answer(s)
    A. 72-pin
    A. 144-pin
    A. 200-pin
    Explanation
    SDRAM SODIMM memory modules are available in different pin configurations to fit different types of laptops. The options provided include 72-pin, 144-pin, and 200-pin modules, which are commonly used in laptops. These modules have different physical sizes and pin layouts to ensure compatibility with the specific laptop models. The 168-pin and 184-pin options are not applicable for laptops as they are used in different types of memory modules.

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  • 47. 

    What does RDRAM stand for?

    • Random Dynamic Rambus Access Memory

    • Rambus Dynamic Real Access Memory

    • Rambus Dynamic Rate Access Memory

    • Rambus Dynamic Random Access Memory

    • Real Dynamic Rambus Access Memory

    Correct Answer
    A. Rambus Dynamic Random Access Memory
    Explanation
    RDRAM stands for Rambus Dynamic Random Access Memory. Rambus is a type of memory technology that was developed by the company Rambus Inc. It is a type of dynamic random access memory (DRAM) that uses a high-speed bus to transfer data between the memory and the computer's processor. RDRAM was popular in the late 1990s and early 2000s, but it was eventually replaced by other memory technologies such as DDR SDRAM.

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  • 48. 

    You just installed two memory modules in a system with four slots, but the system doesn't boot. What could be the problem?

    • You need to change the settings in the CMOS setup utility first.

    • You placed the modules in the wrong slots.

    • The modules are faulty.

    • You need to save the settings from the CMOS first.

    • You need to install CRIMM modules in the other two slots to terminate the slots.

    Correct Answer
    A. You need to install CRIMM modules in the other two slots to terminate the slots.

Quiz Review Timeline (Updated): Mar 19, 2022 +

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  • Current Version
  • Mar 19, 2022
    Quiz Edited by
    ProProfs Editorial Team
  • Mar 02, 2008
    Quiz Created by
    Chanim

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