Do you mean, 70% isoprophyl alcohol? If so, yes.
AnswerFirst of all, viruses are not 'alive' as such, unlike bacteria. 70% denatured alcohol will reduce the potency of most viruses if left in contact for a few seconds but will not completely 'kill' the virus. Using alcohol washes and hand rubs are beneficial in reducing virus contamination.
Not that I know of. But I did hear that viruses in the body (ex:AIDS, Herpes etc) can not survive in an oxygenatid enviroment. You should try DMSO its a cream that you put on the bottom of your feet and instantly in penetrates into the skin and releases oxygen also the vitamin Flax Seed Oil can help. Good Luck!!!
Rubbing alcohol or isopropyl alcohol can be used as a disinfectant. Rubbing alcohol can kill the HIV, hepatitis B, herpes, influenza and other viruses.
Alcohol in blood will readily inactivate the viruses present. However, there are some viruses that are susceptible like HIV, influenza virus, HSV etc.
No, methanol or bleach is best to kill it. I sudgest you to use methanol
2/3 of 70% and 1/3 of 10%
Because the concentration of alcohol is lower; you pay the alcohol not the water.
I personally just put some 65% ethyl alcohol hand sanitizer on mine, and it burnt really bad for a minute or two. 70% probably won't kill you. Feelin' so fresh!
Yes, it is.
about 70%
35 percent 70 proof
20%
how much 95% alcohol must be used to prepare 1000 ml of 70% alcohol
Disinfectants are usually mostly alcohol, Ethanol to be exact. Ethanol can only reach a purity degree of 95-96 percent in liquid form, with purer solutions existing only as a gas. 70 percent alcohol is sufficient to kill the bacteria, and a higher purity would not have any beneficial effect.
If WE Use 90% alcohol it will get evaporated, for 30% alcohol no reaction occurs as water content will be high . so, 70% is used
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70% alcohol signifies the amount the alcohol present in 100 ml of the solution. Considering the solvent to be water, 70% alcohol contains 70ml alcohol and 30ml water. Thus, the total comes out to 70 + 30 = 100ml. That's what the "%" signifies - (out of 100!)