Home > categories > Minerals & Metallurgy > Aluminum Foils > How do you stop a cat from clawing everything?
Question:

How do you stop a cat from clawing everything?

I have tried everythingI have 14 year old cat that has changed her behaviors all the suddenNothing in our house has changed and the other cat is fineIn addition to meowing constantly and peeing everywhere, she all the sudden is clawing everything, including our expensive leather bar stools, pool table, and pool table coverI have set her up with clawing toys and boardsI have tried to file her nails and that was definitely not successfulI've also put sprays and aluminum down but she is not deterredEither I may have to declaw her or I may have to get rid of herPlease help!

Answer:

It means that Al and O combine in the ratio 2:3That it, for every 2 atoms of aluminium 3 atoms of oxygen are needed Further explanation - Valency of Al is 3 that is it has to donate 3 electrons to complete its valence(last) shelland that of oxygen is 2 that is it needs 2 electrons to complete its valence shellSo when you interchange their valencies in order to form a compound you get Al2O3(Please remember it is not squares or cubes)
You need to talk to your vet about the behavior problemsYour cat might be sick, sometimes cats act funny when they are sick, or perhaps she is upset about somethingI would start with your vet, get some professional adviceWhatever you do, dont declaw this animalBeing elderly she will not do well at alldeclawing is very cruel, it is an actual amputation of the bones in her feet and will probably make her very mean and unhappyI cant imagine getting rid of her eitherShe has been with you a long time and is a member of the familyCall your vet and once you have eliminated an illness, there are lots of books that deal with these issuesPlease visit my blog for more info.
For every 2 aluminum atoms there are 3 oxygen atomsFormed by: 2 Aluminum atoms + 1.5 oxygen molecules (O2) - Aluminum Oxide This a salt, so it clusters together in crystals held together with ionic bonds.

Share to: