Answer:
Procurement
Explanation:
Characteristics hardware lifecycle:
- Procurement- Acquiring new IT hardware assets involves evaluating vendors, purchase orders, receiving, and device labeling.
- Deployment - Hardware configuration and installment, placing hardware and software assets into production environments.
- Maintenance & Support - Management of assets include scheduling scans and getting audit history.
- Upgrade - Before you retire your IT hardware assets, you’ll reach a processing plateau that can be restored with hardware upgrades.
Answer:
The answer to this question is given below in the explanation section.
Explanation:
You can submit your course work most often in a Word document. Because in the word document, you can insert text, numbers, images, charts whatever you want such as required for writing a book- easily.
The correct options to this question, that you should need to avoid using to create and submit course work are pages, numbers, and keynote.
Because while submitting the course work, you need to submit a complete word document, it is not required to you that you have to submit numbers, pages, or keynotes along with the course assignment. You can create a course assignment or project document in word and submit to your respective teacher. However, you can not create your course work using keynotes or pages, etc as given in the question.
The answer to this question is that Mary should choose insert image . Then, in the wrap text Mary should choose “top and bottom” to add it below the text she wrote. Using the option Top and bottom - text appears at the top and bottom of the image.
Answer:
userB will use his/her private key.
Explanation:
The steps involved in using asymmetric cryptographic algorithm are as follow:
1. Each user generates a pair of keys to be used for the encryption and decryption of messages.
2. Each user places one of the two keys in a public register or other accessible file. This is the public key. The companion key is kept private.
3. If UserA wishes to send a confidential message to UserB, UserA encrypts the message using UserB's public key.
4. When UserB receives the message, she decrypts it using her private key.
