A mount point is a directory on a file system to which another file system is mounted. The mount point acts as a portal, providing access to the mounted file system.
When a file system is mounted at a mount point, the file system's files and directories become accessible to users and programs via the mount point. The file system that is mounted is said to be mounted on, or attached to, the mount point.
Where is mount point?
A mount point is a directory on a filesystem where another filesystem can be mounted. In other words, it's a location where you can access files from another filesystem.
For example, you might have a directory on your hard drive called "/mnt/my_data". This could be a mount point for an external hard drive, USB drive, or even a network drive. When you access "/mnt/my_data", you're really accessing the files on the other filesystem.
Mount points can be used to access any type of filesystem, including NTFS, FAT, EXT, and more. Where is mount point in Linux? A mount point is simply a directory on a Linux system where you can mount a filesystem. So, for example, you might have a directory called /mnt/mydrive where you can mount a USB drive.
How do you create a mount point?
A mount point is a directory to which a file system can be mounted. To create a mount point, you must first create a directory. For example, to create a mount point for an ext3 file system on /dev/sdb1, you would use the following command:
mkdir /mnt/sdb1
Then, you can mount the file system by using the mount command, specifying the device and the mount point:
mount /dev/sdb1 /mnt/sdb1
If you want the file system to be mounted automatically at boot time, you can add an entry for it in the /etc/fstab file.
What is the common mount point?
The common mount point is the location on a computer where all storage devices are mounted. This is typically the root directory, but can be any directory that is configured to be the mount point. All file systems must be mounted at a mount point in order to be accessible.
How do mounts work?
Mounts are a way of making a file system available at a certain point in the directory tree. When you mount a file system, you are essentially creating a link between that file system and the directory where it will be mounted.
There are two types of mounts:
1. Hard mounts
A hard mount is a mount that is not automatically unmounted when the file system is unmounted. This type of mount is typically used for file systems that are always available, such as the root file system.
2. Soft mounts
A soft mount is a mount that is automatically unmounted when the file system is unmounted. This type of mount is typically used for file systems that are not always available, such as a network file system.
To mount a file system, you need to specify the following:
1. The file system to be mounted
2. The directory where the file system will be mounted
3. The type of mount (hard or soft)
4. Any extra options (such as read-only)
Here is an example of how to mount a file system:
mount /dev/sda1 /mnt/point1 -t ext4 -o rw
This will mount the file system on /dev/sda1 at the /mnt/point1 directory. The file system will be of type ext4 and will be mounted with read-