Windows · NTFS & Shares interview questions

1. A.over the network the most restrictive of the two effective sets wins
2. B.child objects receiving ACLs from their parent folder by default
3. C.hides folders a user has no permission to see
4. D.a virtual folder tree presenting shares from multiple servers as one path

Answer + AI explanation with Pro

1. A.take ownership
2. B.NTFS Modify
3. C.NTFS vs Share permissions
4. D.NTFS Full Control

Answer + AI explanation with Pro

1. A.NTFS vs Share permissions — over the network the most restrictive of the two effective sets wins
2. B.NTFS vs Share permissions — the permission allowing read, write and delete but not permission changes
3. C.NTFS vs Share permissions — File Server Resource Manager limits on folder size
4. D.NTFS vs Share permissions — hides folders a user has no permission to see

Answer + AI explanation with Pro

1. A.hides folders a user has no permission to see
2. B.a virtual folder tree presenting shares from multiple servers as one path
3. C.the permission allowing read, write, modify and permission changes
4. D.the permission allowing read, write and delete but not permission changes

Answer + AI explanation with Pro

1. A.take ownership
2. B.Access-Based Enumeration
3. C.effective access
4. D.NTFS Full Control

Answer + AI explanation with Pro

1. A.Access-Based Enumeration — the permission allowing read, write, modify and permission changes
2. B.Access-Based Enumeration — child objects receiving ACLs from their parent folder by default
3. C.Access-Based Enumeration — the net permissions a user actually has after combining group ACLs
4. D.Access-Based Enumeration — hides folders a user has no permission to see

Answer + AI explanation with Pro

1. A.File Server Resource Manager limits on folder size
2. B.hides folders a user has no permission to see
3. C.child objects receiving ACLs from their parent folder by default
4. D.the permission allowing read, write and delete but not permission changes

Answer + AI explanation with Pro

1. A.NTFS vs Share permissions
2. B.take ownership
3. C.FSRM quota
4. D.permission inheritance

Answer + AI explanation with Pro

1. A.permission inheritance — a virtual folder tree presenting shares from multiple servers as one path
2. B.permission inheritance — child objects receiving ACLs from their parent folder by default
3. C.permission inheritance — claiming an object's owner so you can reset its permissions
4. D.permission inheritance — over the network the most restrictive of the two effective sets wins

Answer + AI explanation with Pro

1. A.the permission allowing read, write and delete but not permission changes
2. B.claiming an object's owner so you can reset its permissions
3. C.over the network the most restrictive of the two effective sets wins
4. D.the permission allowing read, write, modify and permission changes

Answer + AI explanation with Pro

1. A.permission inheritance
2. B.FSRM quota
3. C.NTFS vs Share permissions
4. D.NTFS Full Control

Answer + AI explanation with Pro

1. A.NTFS Full Control — claiming an object's owner so you can reset its permissions
2. B.NTFS Full Control — child objects receiving ACLs from their parent folder by default
3. C.NTFS Full Control — the permission allowing read, write, modify and permission changes
4. D.NTFS Full Control — File Server Resource Manager limits on folder size

Answer + AI explanation with Pro

1. A.a virtual folder tree presenting shares from multiple servers as one path
2. B.claiming an object's owner so you can reset its permissions
3. C.the permission allowing read, write and delete but not permission changes
4. D.the permission allowing read, write, modify and permission changes

Answer + AI explanation with Pro

1. A.NTFS Full Control
2. B.FSRM quota
3. C.NTFS Modify
4. D.effective access

Answer + AI explanation with Pro

1. A.NTFS Modify — child objects receiving ACLs from their parent folder by default
2. B.NTFS Modify — File Server Resource Manager limits on folder size
3. C.NTFS Modify — a virtual folder tree presenting shares from multiple servers as one path
4. D.NTFS Modify — the permission allowing read, write and delete but not permission changes

Answer + AI explanation with Pro

1. A.hides folders a user has no permission to see
2. B.the net permissions a user actually has after combining group ACLs
3. C.over the network the most restrictive of the two effective sets wins
4. D.a virtual folder tree presenting shares from multiple servers as one path

Answer + AI explanation with Pro

1. A.permission inheritance
2. B.effective access
3. C.take ownership
4. D.NTFS Modify

Answer + AI explanation with Pro

1. A.effective access — claiming an object's owner so you can reset its permissions
2. B.effective access — the net permissions a user actually has after combining group ACLs
3. C.effective access — File Server Resource Manager limits on folder size
4. D.effective access — the permission allowing read, write and delete but not permission changes

Answer + AI explanation with Pro

1. A.claiming an object's owner so you can reset its permissions
2. B.the permission allowing read, write, modify and permission changes
3. C.the net permissions a user actually has after combining group ACLs
4. D.hides folders a user has no permission to see

Answer + AI explanation with Pro

1. A.FSRM quota
2. B.take ownership
3. C.permission inheritance
4. D.effective access

Answer + AI explanation with Pro

1. A.take ownership — hides folders a user has no permission to see
2. B.take ownership — a virtual folder tree presenting shares from multiple servers as one path
3. C.take ownership — claiming an object's owner so you can reset its permissions
4. D.take ownership — the permission allowing read, write and delete but not permission changes

Answer + AI explanation with Pro

1. A.a virtual folder tree presenting shares from multiple servers as one path
2. B.child objects receiving ACLs from their parent folder by default
3. C.the permission allowing read, write, modify and permission changes
4. D.over the network the most restrictive of the two effective sets wins

Answer + AI explanation with Pro

1. A.effective access
2. B.DFS namespace
3. C.NTFS Modify
4. D.FSRM quota

Answer + AI explanation with Pro

1. A.DFS namespace — the permission allowing read, write, modify and permission changes
2. B.DFS namespace — a virtual folder tree presenting shares from multiple servers as one path
3. C.DFS namespace — the permission allowing read, write and delete but not permission changes
4. D.DFS namespace — child objects receiving ACLs from their parent folder by default

Answer + AI explanation with Pro

1. A.claiming an object's owner so you can reset its permissions
2. B.File Server Resource Manager limits on folder size
3. C.the permission allowing read, write, modify and permission changes
4. D.the permission allowing read, write and delete but not permission changes

Answer + AI explanation with Pro

1. A.permission inheritance
2. B.NTFS Full Control
3. C.FSRM quota
4. D.take ownership

Answer + AI explanation with Pro

1. A.FSRM quota — File Server Resource Manager limits on folder size
2. B.FSRM quota — the permission allowing read, write, modify and permission changes
3. C.FSRM quota — the net permissions a user actually has after combining group ACLs
4. D.FSRM quota — over the network the most restrictive of the two effective sets wins

Answer + AI explanation with Pro