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1CP2-P-4.4 User management permissions and interfaces
Part 4 of 7 · 1CP2-P-4 · Operating systems and utilities
The user management worksheet, separating who someone is from what they are allowed to do, then comparing interfaces.
Students will:
- apply read-only permissions to a stated action
- explain why users receive only the permissions their work needs
- compare a graphical interface with a command line for a given user
- describe user-management actions for a temporary account
- separate authentication from permissions correctly
Inside: 5 explanation cells, 3 multiple-choice questions, 2 fill-in-the-blanks cells and 3 written answers. 16 marks, about 45 minutes.
Series: 1CP2-P-4 · Operating systems and utilities, part 4 of 7.
Shared by Coding PathwayVerified teacher
- 13 cells
- About 45 minutes
- CC BY-SA 4.0
- Shared 17 Aug 2026
Preview
The whole resource, exactly as a class sees it. Answers and marking are held back.
User management, permissions and interfaces
An operating system maintains user accounts, checks identity and applies permissions. Permissions specify which files, folders or system settings an authenticated user is allowed to read, change or administer.
1. Identity, access and interaction
Authentication checks a claimed identity, such as by asking for credentials. Authorisation is the access decision made using permissions after identity is known. A successful login does not mean the user may change every resource.
- account
- authentication
- permissions
- process
A pupil has read-only access to a shared file. Which action should be permitted?
- AView the file without saving changes over it
- BDelete the file
- CChange every user's permissions
- DInstall a device driver
Explain why a school should give pupils only the permissions needed for their work.
Link limited access to accidental or deliberate changes.
Students type their answer here.
2. Three ways to interact
A graphical user interface (GUI) uses visual elements such as windows, icons and menus. A command-line interface (CLI) uses typed commands. A natural-language interface accepts instructions written or spoken in forms closer to everyday language.
The best interface depends on the user and task. GUI actions are discoverable; CLI commands can be precise, repeatable and efficient for experienced users; natural language can lower the initial barrier but may be ambiguous.
- CLI
- GUI
- natural-language
- permissions
Why might an experienced technician choose a CLI for a repeated administration task?
- AIt always prevents typing errors.
- BCommands can be precise and repeated efficiently.
- CIt removes the need for permissions.
- DIt gives every user administrator access.
Compare a GUI and CLI for a new user who must organise a few files. Give one relevant advantage of each and make a justified choice.
Relate each interface to this user and task.
Students type their answer here.
3. Manage an account through its lifecycle
The OS can create, modify, disable and remove accounts. When responsibilities change, permissions should be reviewed. Disabling an unused account can preserve records while preventing access; deleting it may remove the account permanently.
A librarian needs to upload resources for one week but must not change system settings. Describe two user-management actions the administrator should take.
Consider account access and the end of the temporary role.
Students type their answer here.
Which statement correctly separates authentication and permissions?
- AAuthentication sets CPU timeslots; permissions allocate RAM.
- BAuthentication checks identity; permissions control allowed actions.
- CAuthentication compresses files; permissions repair them.
- DThey are two names for the same interface.
Route forward
You can explain OS user management and choose between GUI, CLI and natural-language interfaces in context. Next you will examine utility software for repair, backup and compression.