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Exam Code: 010-160

Exam Name Linux Essentials Certificate Exam, version 1.6

Certification Provider: LPI

Corresponding Certification: Linux Essentials

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Linux Essentials Certificate Exam, version 1.6 (010-160) Practice Tests

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LPI 010-160 Practice Test 41

Question 400

An administrator needs temporary working memory for active processes, not permanent file storage. One student proposes Add or assess system RAM capacity and another proposes Run lsblk to inspect block devices. Which technical comparison is the soundest?

  1. Run lsblk to inspect block devices is more directly suited to RAM volatile working memory than Add or assess system RAM capacity, regardless of the stated constraint.
  2. The two actions are interchangeable for RAM volatile working memory and necessarily have the same main result.
  3. Add or assess system RAM capacity is used because RAM stores actively used data and is typically volatile when power is removed. The alternative Run lsblk to inspect block devices addresses block device inventory instead.
  4. Install or enable the appropriate kernel device driver is the only useful action for RAM volatile working memory; Add or assess system RAM capacity has no relevant effect.

Explanation

Correct Answer

C:

Correct distinction: Add or assess system RAM capacity targets RAM volatile working memory; RAM stores actively used data and is typically volatile when power is removed. The compared alternative instead serves block device inventory.

Incorrect Answers

A:

Incorrect mapping: Run lsblk to inspect block devices is used for block device inventory. It does not displace Add or assess system RAM capacity for the described requirement.

B:

The mechanisms are different: RAM stores actively used data and is typically volatile when power is removed. By contrast, lsblk displays block-device and partition relationships. They are not universally interchangeable.

D:

The third option addresses device driver compatibility: A device driver allows the kernel to control supported hardware interfaces. The original action remains relevant because RAM stores actively used data and is typically volatile when power is removed.

Question 401

A small workstation needs nonvolatile storage for the operating system and files with no rotating disk platters. Which action most directly addresses this requirement on a Linux-related system?

  1. Install a solid-state drive for persistent data storage
  2. Run lsblk to inspect block devices
  3. Install or enable the appropriate kernel device driver
  4. Inspect the computer's power supply unit

Explanation

Correct Answer

A:

Correct for SSD persistent block storage: An SSD uses nonvolatile flash storage instead of rotating magnetic platters.

Incorrect Answers

B:

This action targets block device inventory: lsblk displays block-device and partition relationships. The stated task instead calls for SSD persistent block storage.

C:

This action targets device driver compatibility: A device driver allows the kernel to control supported hardware interfaces. The stated task instead calls for SSD persistent block storage.

D:

This action targets power supply responsibility: The PSU converts incoming power and supplies regulated electrical power to components. The stated task instead calls for SSD persistent block storage.

Question 402

An operator follows this instruction: Install a solid-state drive for persistent data storage. For the task described as "SSD persistent block storage", what is the most accurate expected result?

  1. lsblk displays block-device and partition relationships.
  2. An SSD uses nonvolatile flash storage instead of rotating magnetic platters.
  3. A device driver allows the kernel to control supported hardware interfaces.
  4. The PSU converts incoming power and supplies regulated electrical power to components.

Explanation

Correct Answer

B:

Correct consequence of Install a solid-state drive for persistent data storage. This outcome explains its use for SSD persistent block storage.

Incorrect Answers

A:

This outcome belongs to block device inventory and would follow Run lsblk to inspect block devices; it is not the principal result of Install a solid-state drive for persistent data storage.

C:

This outcome belongs to device driver compatibility and would follow Install or enable the appropriate kernel device driver; it is not the principal result of Install a solid-state drive for persistent data storage.

D:

This outcome belongs to power supply responsibility and would follow Inspect the computer's power supply unit; it is not the principal result of Install a solid-state drive for persistent data storage.

Question 403

A small workstation needs nonvolatile storage for the operating system and files with no rotating disk platters. A teammate tries this different approach instead: Run lsblk to inspect block devices. The requirement is still unmet. Which corrective action should replace the misapplied approach?

  1. Run lsblk to inspect block devices
  2. Install or enable the appropriate kernel device driver
  3. Install a solid-state drive for persistent data storage
  4. Inspect the computer's power supply unit

Explanation

Correct Answer

C:

Replace the attempt with this step: An SSD uses nonvolatile flash storage instead of rotating magnetic platters. It fits SSD persistent block storage.

Incorrect Answers

A:

This step is specific to block device inventory: lsblk displays block-device and partition relationships. It does not fix the stated requirement for SSD persistent block storage.

B:

This step is specific to device driver compatibility: A device driver allows the kernel to control supported hardware interfaces. It does not fix the stated requirement for SSD persistent block storage.

D:

This step is specific to power supply responsibility: The PSU converts incoming power and supplies regulated electrical power to components. It does not fix the stated requirement for SSD persistent block storage.

Question 404

A small workstation needs nonvolatile storage for the operating system and files with no rotating disk platters. One student proposes Install a solid-state drive for persistent data storage and another proposes Install or enable the appropriate kernel device driver. Which technical comparison is the soundest?

  1. Install or enable the appropriate kernel device driver is more directly suited to SSD persistent block storage than Install a solid-state drive for persistent data storage, regardless of the stated constraint.
  2. The two actions are interchangeable for SSD persistent block storage and necessarily have the same main result.
  3. Inspect the computer's power supply unit is the only useful action for SSD persistent block storage; Install a solid-state drive for persistent data storage has no relevant effect.
  4. Install a solid-state drive for persistent data storage is used because An SSD uses nonvolatile flash storage instead of rotating magnetic platters. The alternative Install or enable the appropriate kernel device driver addresses device driver compatibility instead.

Explanation

Correct Answer

D:

Correct distinction: Install a solid-state drive for persistent data storage targets SSD persistent block storage; An SSD uses nonvolatile flash storage instead of rotating magnetic platters. The compared alternative instead serves device driver compatibility.

Incorrect Answers

A:

Incorrect mapping: Install or enable the appropriate kernel device driver is used for device driver compatibility. It does not displace Install a solid-state drive for persistent data storage for the described requirement.

B:

The mechanisms are different: An SSD uses nonvolatile flash storage instead of rotating magnetic platters. By contrast, A device driver allows the kernel to control supported hardware interfaces. They are not universally interchangeable.

C:

The third option addresses power supply responsibility: The PSU converts incoming power and supplies regulated electrical power to components. The original action remains relevant because An SSD uses nonvolatile flash storage instead of rotating magnetic platters.

Question 405

A technician needs to see attached block devices and partition layout before formatting a disk. Which action most directly addresses this requirement on a Linux-related system?

  1. Install or enable the appropriate kernel device driver
  2. Run lsblk to inspect block devices
  3. Inspect the computer's power supply unit
  4. Identify the motherboard as the component interconnect

Explanation

Correct Answer

B:

Correct for block device inventory: lsblk displays block-device and partition relationships.

Incorrect Answers

A:

This action targets device driver compatibility: A device driver allows the kernel to control supported hardware interfaces. The stated task instead calls for block device inventory.

C:

This action targets power supply responsibility: The PSU converts incoming power and supplies regulated electrical power to components. The stated task instead calls for block device inventory.

D:

This action targets motherboard interconnection: The motherboard provides physical sockets, buses and connections for major components. The stated task instead calls for block device inventory.

Question 406

An operator follows this instruction: Run lsblk to inspect block devices. For the task described as "block device inventory", what is the most accurate expected result?

  1. A device driver allows the kernel to control supported hardware interfaces.
  2. The PSU converts incoming power and supplies regulated electrical power to components.
  3. lsblk displays block-device and partition relationships.
  4. The motherboard provides physical sockets, buses and connections for major components.

Explanation

Correct Answer

C:

Correct consequence of Run lsblk to inspect block devices. This outcome explains its use for block device inventory.

Incorrect Answers

A:

This outcome belongs to device driver compatibility and would follow Install or enable the appropriate kernel device driver; it is not the principal result of Run lsblk to inspect block devices.

B:

This outcome belongs to power supply responsibility and would follow Inspect the computer's power supply unit; it is not the principal result of Run lsblk to inspect block devices.

D:

This outcome belongs to motherboard interconnection and would follow Identify the motherboard as the component interconnect; it is not the principal result of Run lsblk to inspect block devices.

Question 407

A technician needs to see attached block devices and partition layout before formatting a disk. A teammate tries this different approach instead: Install or enable the appropriate kernel device driver. The requirement is still unmet. Which corrective action should replace the misapplied approach?

  1. Install or enable the appropriate kernel device driver
  2. Inspect the computer's power supply unit
  3. Identify the motherboard as the component interconnect
  4. Run lsblk to inspect block devices

Explanation

Correct Answer

D:

Replace the attempt with this step: lsblk displays block-device and partition relationships. It fits block device inventory.

Incorrect Answers

A:

This step is specific to device driver compatibility: A device driver allows the kernel to control supported hardware interfaces. It does not fix the stated requirement for block device inventory.

B:

This step is specific to power supply responsibility: The PSU converts incoming power and supplies regulated electrical power to components. It does not fix the stated requirement for block device inventory.

C:

This step is specific to motherboard interconnection: The motherboard provides physical sockets, buses and connections for major components. It does not fix the stated requirement for block device inventory.

Question 408

A technician needs to see attached block devices and partition layout before formatting a disk. One student proposes Run lsblk to inspect block devices and another proposes Inspect the computer's power supply unit. Which technical comparison is the soundest?

  1. Run lsblk to inspect block devices is used because lsblk displays block-device and partition relationships. The alternative Inspect the computer's power supply unit addresses power supply responsibility instead.
  2. Inspect the computer's power supply unit is more directly suited to block device inventory than Run lsblk to inspect block devices, regardless of the stated constraint.
  3. The two actions are interchangeable for block device inventory and necessarily have the same main result.
  4. Identify the motherboard as the component interconnect is the only useful action for block device inventory; Run lsblk to inspect block devices has no relevant effect.

Explanation

Correct Answer

A:

Correct distinction: Run lsblk to inspect block devices targets block device inventory; lsblk displays block-device and partition relationships. The compared alternative instead serves power supply responsibility.

Incorrect Answers

B:

Incorrect mapping: Inspect the computer's power supply unit is used for power supply responsibility. It does not displace Run lsblk to inspect block devices for the described requirement.

C:

The mechanisms are different: lsblk displays block-device and partition relationships. By contrast, The PSU converts incoming power and supplies regulated electrical power to components. They are not universally interchangeable.

D:

The third option addresses motherboard interconnection: The motherboard provides physical sockets, buses and connections for major components. The original action remains relevant because lsblk displays block-device and partition relationships.

Question 409

A newly attached network adapter is recognized by hardware but lacks software support on Linux. Which action most directly addresses this requirement on a Linux-related system?

  1. Inspect the computer's power supply unit
  2. Identify the motherboard as the component interconnect
  3. Install or enable the appropriate kernel device driver
  4. Identify the processor (CPU) as the instruction-execution component

Explanation

Correct Answer

C:

Correct for device driver compatibility: A device driver allows the kernel to control supported hardware interfaces.

Incorrect Answers

A:

This action targets power supply responsibility: The PSU converts incoming power and supplies regulated electrical power to components. The stated task instead calls for device driver compatibility.

B:

This action targets motherboard interconnection: The motherboard provides physical sockets, buses and connections for major components. The stated task instead calls for device driver compatibility.

D:

This action targets CPU compute role: The CPU runs machine instructions and is central to general-purpose computation. The stated task instead calls for device driver compatibility.

Question 410

An operator follows this instruction: Install or enable the appropriate kernel device driver. For the task described as "device driver compatibility", what is the most accurate expected result?

  1. The PSU converts incoming power and supplies regulated electrical power to components.
  2. The motherboard provides physical sockets, buses and connections for major components.
  3. The CPU runs machine instructions and is central to general-purpose computation.
  4. A device driver allows the kernel to control supported hardware interfaces.

Explanation

Correct Answer

D:

Correct consequence of Install or enable the appropriate kernel device driver. This outcome explains its use for device driver compatibility.

Incorrect Answers

A:

This outcome belongs to power supply responsibility and would follow Inspect the computer's power supply unit; it is not the principal result of Install or enable the appropriate kernel device driver.

B:

This outcome belongs to motherboard interconnection and would follow Identify the motherboard as the component interconnect; it is not the principal result of Install or enable the appropriate kernel device driver.

C:

This outcome belongs to CPU compute role and would follow Identify the processor (CPU) as the instruction-execution component; it is not the principal result of Install or enable the appropriate kernel device driver.