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pH measures the level of acidity or basicity in the water. Should be 7.2-7.8
You should not attempt to neutralize it. If you get potassium hydroxide on your skin you should immediately and thoroughly wash the affected area with water.
As expected from Inductive(/hypercojugative) as well as ortho effect the basicity order should be: ortho-toluidine>para-toluidine>meta-toluidine. But, experimental order is: para-toluidine(Pka=5.12)>meta-toluidine(Pka=4.69)>ortho-toluidine(Pka=4.39).The order of basicity is explained by two opposing effects :i) inductive effect ii) Stability of the conjugate base. Here 2nd factor is more significant for ortho-toluidine & 1st factor is important for para-toluidine. For ortho-toluidine the conjugate base [o-MeC6H4NH3+] is destabilized by steric interaction between -NH3+ & -Me(at ortho). This desatabilization is absent with para-toluidine & meta-toluidine.Tha's why basicity of: ortho-toluidine(Pka=4.39)
potassium chloride
you have to neutralize it with a base the clean it up with protective gear
pH measures the level of acidity or basicity in the water. Should be 7.2-7.8
Many different pH indicators exist, covering different ranges of acidity and alkalinity. Every pH indicator should come with its color guide to help determine the approximate pH level of whatever's being tested. The best way to determine the color's pH indication is a spectrometer.
You should not attempt to neutralize it. If you get potassium hydroxide on your skin you should immediately and thoroughly wash the affected area with water.
As expected from Inductive(/hypercojugative) as well as ortho effect the basicity order should be: ortho-toluidine>para-toluidine>meta-toluidine. But, experimental order is: para-toluidine(Pka=5.12)>meta-toluidine(Pka=4.69)>ortho-toluidine(Pka=4.39).The order of basicity is explained by two opposing effects :i) inductive effect ii) Stability of the conjugate base. Here 2nd factor is more significant for ortho-toluidine & 1st factor is important for para-toluidine. For ortho-toluidine the conjugate base [o-MeC6H4NH3+] is destabilized by steric interaction between -NH3+ & -Me(at ortho). This desatabilization is absent with para-toluidine & meta-toluidine.Tha's why basicity of: ortho-toluidine(Pka=4.39)
potassium chloride
Baking soda will neutralize the acid.
short answer: nolong answer: if you have to ask, you should not be using this stuff
neutralize the acid with a 3% solution of sodium bicarbonate
I think you should sink it in water, maybe shake it a bit.
you have to neutralize it with a base the clean it up with protective gear
Bee venom is acidic, but it is not the acidity that causes the pain and swelling of a sting: that is the result of two peptides, mellitin and apamin. Even if you could neutralize the acid, it would make no difference to the symptoms. In fact, as the venom has been injected under the surface of the skin, any alkali put on the surface of the skin that is strong enough to neutralize the acid would probably do more harm than good. Bee stings are acidic with a pH of 3.5
You should absorb the urine with paper towels or cloth towels. You can use white vinegar to neutralize the odor. There are also pet products that you can buy at the pet store to get rid of and neutralize urine.