NTFS & Share Permissions

Which of the following statements describing share permissions in Microsoft Windows are true?

Apply exclusively to network users

Can be set only at the folder level

Which of these statements about NTFS permissions are correct?

Apply to both network and local users

Can be applied at the folder or file level

A Windows resource with conflicting NTFS and share permissions will assume:

The most restrictive permission

The share permissions on a Windows folder grant Read access, while the NTFS permissions grant Modify access. What are the user’s effective permission levels?

Read when accessing the share remotely

Modify when accessing the folder locally

The share permissions on a Windows folder grant the user Full Control access, while the NTFS permissions grant Read access. Which of the answers listed below represent the user’s effective permission levels?

Read when accessing the share remotely

Read when accessing the folder locally

What is the correct hierarchy of precedence for permissions settings in NTFS?

Explicit Deny > Explicit Allow > Inherited Deny > Inherited Allow

In MS Windows, the attrib command is used to display or modify file and folder attributes. Some of the available options for this command include read-only (R), archive (A), system (S), and hidden (H). With attrib, the "+" symbol sets an attribute on a file or folder, and the "-" symbol removes an attribute. (T/F)

True

What is the correct syntax for applying the read-only attribute to a file in Windows?

attrib +R [drive:][path][filename]

In NTFS, permissions inherited from a parent object, such as a folder or user group, take precedence over explicit permissions applied directly to an object. (T/F)

False

In NTFS, a folder or file moved from one location to another on the same volume inherits the permissions of its new parent folder.(T/F)

False

In NTFS, a folder or file copied from one location to another on the same volume retains its original permissions.(T/F)

False

In NTFS, a file or folder copied or moved from one location to another on a different volume inherits the permissions of its new parent folder. (T/F)

True

In NTFS, permission propagation occurs when a folder or file created inside another folder takes on (inherits) permissions applied to that folder, so that the permissions applied to the parent folder propagate down to its child objects, i.e., folders and files created inside the parent folder. (T/F)

True