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If you have not used tar before, try this sequence to makeanarchive ofyour llast project:
%cd;tar cf llast.tar llast
%tar tfv llast.tar
The first line m vesyou to your home directory then runs tar.The cf argument tells tar to create an archive in a file, the aac.tar a gument is the name of the archive f le, and the llast argument is the name of the direc- tory to copytothe archive.All directories and files bel wthat levelare copied into the single file llast.ta .
This example assumes your llast project is in a directory called llast belo wyour home directory.Ifyou put your llast directory somewhere else, you need to cd to its parent.
The second line shows howtouse tar to display the table of contents of an archi ve f le. The tvf argument tells tar to display the table of contents (t), v erbosely (v), for the specified file (f The second ar gument (llast.tar) is the name of the archive tolist.
If you want to extract the archive,you can type
%tar xvf llast.tar
which performs the xvf operation to extract (x), verbosely (v), the contents of archive f le (f) llast.tar.
Pick out the isoelectronic structures from the following : CH + 3 , H 3 O + NH 3 CH - 3 I
Coordination Position Isomerism: If in a multinuclear complex the distribution of ligands around the metal centres changes it will result in a different isomer. Such an isomerism
verirification of law of chemical combination
analysis of group III basic radicals Ti 4+, Th4+, Zr4+, V5+, Ce4+ and UO2 2+
Correct statement is: (1) K=4s 1 , Cr= 3d 4 4s 2 , Cu= 3d 10 4s 2 (2) K=4s 2, Cr= 3d 4 4s 2 , Cu= 3d 10 4s 2 (3) K=4s 2 Cr= 3d 5 4s 1 , Cu= 3d 10
Distilled water A kettle can be used to give boiling water, which is then condensed in a jam jar fitted with a big cork and immersed in a pan of cold water. Rubber tubing, adhe
lithium and beryllium markedly differ from other members of their respective groups.
What are the chemical laws and their verification
A covalent bond is likely to be formed between two elements which: (1) Have similar electronegativities (2) Have low ionization energies (3) Have low melting points (4
zinc+copper(ll) chloride
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