To return to your Home directory from any location in the terminal, you can use the command cd ~. Alternatively, you can simply use cd without any arguments, which also takes you back to your Home directory. Both commands are effective for navigating directly to your Home directory regardless of your current location in the filesystem.
"Asterix is not a command.. Its a comic character.." Actually asterix is also a so called wildcard character in MS-DOS. It replaces a whole series of characters related to file name, extension or both. For example, if you want to delete all files named "list" from a current directory (no matter what type those files are) use the following command: del list.* In case you want to delete all files with .txt extension from the current directory, use: del *.txt Or if you want to delete all files in the directory no matter what type they are or what they were called, use: del *
Mounting a file system is what allows one to access the access, read, and modify it. It doesn't matter where the file system is mounted, either (though an empty directory is preferable). The mount command binds the physical device to whichever directory you choose and calls the proper kernel driver to allow actual file operations.
The battery produces a voltage; if a conducting wire - or any circuit for that matter - is connected, a current will flow according to Ohm's Law, that is, the current is calculated as voltage / resistance.
Directory statute is an enactment of a legislative body that indicates only what should be done, with no provision for enforcement. The provisions of a directory statute are a matter of form only and do not affect any substantial right, and do not relate to the essence of the thing to be done, so that compliance is a matter of convenience rather than substance. The strict fulfillment of a directory statute is not necessary to the validity of a proceeding, but with which there is a duty to comply as nearly as practicable.
flow of charge is current
current flowing into the node are taken to be negative, and currents flowing out of the node are positive. It should not really matter which you choose to be the positive or negative current, as long as you stay consistent. However, it may be a good idea to find out the convention used in your schema
The current flowing out of one terminal of the power supply ... like a battery ... must all eventually arrive at the other terminal of the power supply. If there's only a single path between the power supply terminals, then the current is exactly the same at every point around the path. But it doesn't matter how large the circuit is, how many components there are, or how many ways there may be for the current to split up and recombine on its way around. For every electron that leaves one side of the battery, an electron returns to the other side ... exhausted and completely out of energy.
The red battery wire goes on the positive + battery terminal no matter which side it is on. The black wire goes on the negative - terminal.
The Directory were the virtual prisoners of Napoleon and had little choice in the matter.
The current flowing out of one terminal of the power supply ... like a battery ... must all eventually arrive at the other terminal of the power supply. If there's only a single path between the power supply terminals, then the current is exactly the same at every point around the path. But it doesn't matter how large the circuit is, how many components there are, or how many ways there may be for the current to split up and recombine on its way around. For every electron that leaves one side of the battery, an electron returns to the other side ... exhausted and completely out of energy.
Dark matter
dark matter