Manufacturers' specific recommendations for cleaning and maintaining laser printers include Toner vacuum, Can of compressed air, and Isopropyl alcohol. Therefore the correct option is option A, B and E.
Laser printers are advanced machines that require maintenance to perform at their best. Manufacturers recommend regular cleaning and maintenance to keep these printers in good condition.
Here are the recommendations: Toner vacuum: Toner vacuums are specifically designed for removing toner residue from laser printers. They can pick up fine toner particles without scattering them, preventing toner from getting on other components of the printer.
Can of compressed air: When used properly, a can of compressed air can be an effective way to remove dust and dirt from a laser printer's components. It is not recommended to use compressed air to blow out toner, as it can scatter toner particles.
Isopropyl alcohol: Isopropyl alcohol can be used to clean the rollers and other rubber parts of a laser printer. It is recommended to use a soft cloth, such as a microfiber cloth, to apply the alcohol to the rollers. Be sure to avoid getting any alcohol on plastic parts, as it can damage them. Therefore the correct option is option A, B and E.
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The following question may be like this:
Which of the following tools would be the most appropriate to use for cleaning the inside of a laser printer?
(Select 3 answers)
Toner vacuumCan of compressed airRegular vacuumMagnetic cleaning brushIsopropyl alcoholWhich of the following statements about changing requirements in software development, are correct?
The following statement about changing requirements in software development, is correct: Organizations must adapt to rapidly changing market conditions to stay relevant in business. (Option D)
What is software development?Software development refers to the process of designing, creating, testing, and maintaining software applications, frameworks, or other software components used by computers or other devices.
The statement "Changes are acceptable till design but once development starts, any further change should be rejected" is incorrect as changes in software requirements can occur at any stage of the software development life cycle.
However, changes made later in the development cycle can be more expensive and time-consuming to implement, and they can introduce additional risks to the project.
The statement "In traditional way of software development, once the requirements are baseline, further changes can be easily accepted with light process" is also not entirely true. Any changes to baselined requirements should be subject to a formal change control process.
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Full Question:
Although part of your question is missing, you might be referring to this full question:
Which of the following statements about changing requirements in software development, are correct?
In traditional way of software development, once the requirements are base lined, further changes should undergo heavy change control process
Changes are acceptable till design but once development starts, any further change should be rejected
In traditional way of software development, once the requirements are base lined, further changes can be easily accepted with light process.
Organizations must adapt to rapidly changing market conditions to stay relevant in business​
fill in the blank. ___ are text-based systems. Users must key in commands to tell the computer what to do. The primary method of inputs is the keyboard. A mouse is not needed.
Computers are text-based systems. Users must key in commands to tell the computer what to do. The primary method of input is the keyboard; a mouse is not needed.
In order to interact with the computer, a user must input commands into the system in order to give the computer instructions. The commands are usually in the form of words, numbers, and symbols. After the user enters the command, the computer will process the command and respond accordingly. The user can then type in more commands and the computer will repeat the process until the user is finished. This method of input allows users to be very precise in their instructions, as each individual command is processed and executed by the computer.
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TRUE/FALSE. Limited characteristics make it impossible for hash functions to be used to determine whether or not data has changed.
The given statement "Limited characteristics make it impossible for hash functions to be used to determine whether or not data has changed" is False because hash functions can be used to identify whether data has been altered, and their use is not restricted by limited characteristics.
A hash function is a method for creating a unique fixed-size digital fingerprint for a message of arbitrary length. The output, which is typically a short string of characters or numbers, is referred to as a hash, fingerprint, or message digest. It's worth noting that the hash function's output is always the same size regardless of the input's size. The hash function is used to validate the integrity of the transmitted data.
The hash function can quickly detect any changes made to the original data by recalculating the hash value and comparing it to the initial hash value. Hash functions can be used to detect whether or not data has been altered. It works by comparing the hash value of the original data with the hash value of the new data. If the hash values are the same, the data has not been altered. If the hash values are different, the data has been altered. Hash functions are widely used in computer security to ensure the integrity of data.
Hence, the given statement "Limited characteristics make it impossible for hash functions to be used to determine whether or not data has changed" is False.
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