A great way of looking at it. I think I'm not the only one with OCD here. Smoking is ritualistic and doing all those things are important witb vaping. Instead of packing a pack of cigs, opening the pack, smelling the cig, let it hang in your mouth, lighting it, and then smoking it. You are doing the same concept but with vaping.The 5% is due to the fact that inhaling anything other than clean air is potentially damaging. Even smog has associated dangers.
But we are inhaling, intentionally, several chemicals when vaping, so while safer by far than burning tobacco it's still not good clean air.
There are certainly things you can do when vaping to minimize any associated risk. Vape at cooler temperatures, use lower flavoring percentages, vape slightly higher nicotine to allow for lower daily consumption of ejuice, avoid dry hits, keep your coil clean and rewick consistently and so forth. All those things can definitely minimize risk.
But like you said, we used to inhale burning tobacco, almost anything is better for you... lol
I think we are all here because we are addicted to nicotine in one way or another and found that vaping helped us quit smoking. So in many ways we are trying to be healthy. Vaping should be no different.
I think we are all here because we are addicted to nicotine
I'm trying to vape no flavor PG, VG, and nicotine too. I'm not a fan of flavors. You are literally vaping somebody's idea of a flavor profile.I quit vaping flavors years ago for the most part. I'm satisfied with plain old DIY PG/VG/NIC in my vape. On rare occasions I'll add a few drops of flavor to a tank, but most of my vape is plain old PG, VG, and NIC.
I'm trying to vape no flavor PG, VG, and nicotine too. I'm not a fan of flavors. You are literally vaping somebody's idea of a flavor profile.
I'm trying to vape no flavor PG, VG, and nicotine too. I'm not a fan of flavors. You are literally vaping somebody's idea of a flavor profile.
95% safer is a misrepresentation of the data in the linked report.
Are there any statisticians on the board? I'm an engineer and no stranger to math, but what does "95% safer" really mean? People throw around percentages like that without knowing what it really means in terms of numbers.
On Page 185 of the report, it says that "Although unknown, the hazard to health arising from long-term vapour inhalation is unlikely to exceed 5% of the harm from tobacco smoke." Lets assume that this 5% is the actual number.
So would that mean that in a sample of 100, 5 would be from vaping and 95 would be from cigarettes? I say it would not. 5/95 = 0.0526 or 5.26% Not 5%
I think that you would need a sample of 105, with 5 from vaping and 100 from cigarettes.
5/100 = 0.05 = 5% exactly. That would achieve the statement that the harm from vaping is 5% of the harm from cigarettes.
Or if you insist on having a sample of 100, then the math would be as follows:
x= the number of harm cases due to cigarettes.
then 0.05x + x =100
or 1.05x =100
and x = 95.2
so in this sample of 100, there would be 95.2 cases of harm from cigarettes and 4.8 cases of harm from vaping.
Even then, how can you conclude that vaping is 95% safer? I would say that 95.2/4.8 = 19.8. Mathematically, you could say that the harm from cigarettes is 19.8 times the harm from vaping. Or using the reciprocal, you could say that the harm from vaping is 5% of the harm from cigarettes which agrees with the original data in the report, and confirms the calculation above.
Now, "95% safer" could mean that if you have 100 total cases and take away 95 (smoking) you get 5 cases for vaping. But again, 5/95 is 5.26% and does not fit with the data in the report.
So in conclusion, "95% safer" is a misinterpretation of the data.
95% safer is a misrepresentation of the data in the linked report.
Are there any statisticians on the board? I'm an engineer and no stranger to math, but what does "95% safer" really mean? People throw around percentages like that without knowing what it really means in terms of numbers.
On Page 185 of the report, it says that "Although unknown, the hazard to health arising from long-term vapour inhalation is unlikely to exceed 5% of the harm from tobacco smoke." Lets assume that this 5% is the actual number.
So would that mean that in a sample of 100, 5 would be from vaping and 95 would be from cigarettes? I say it would not. 5/95 = 0.0526 or 5.26% Not 5%
I think that you would need a sample of 105, with 5 from vaping and 100 from cigarettes.
5/100 = 0.05 = 5% exactly. That would achieve the statement that the harm from vaping is 5% of the harm from cigarettes.
Or if you insist on having a sample of 100, then the math would be as follows:
x= the number of harm cases due to cigarettes.
then 0.05x + x =100
or 1.05x =100
and x = 95.2
so in this sample of 100, there would be 95.2 cases of harm from cigarettes and 4.8 cases of harm from vaping.
Even then, how can you conclude that vaping is 95% safer? I would say that 95.2/4.8 = 19.8. Mathematically, you could say that the harm from cigarettes is 19.8 times the harm from vaping. Or using the reciprocal, you could say that the harm from vaping is 5% of the harm from cigarettes which agrees with the original data in the report, and confirms the calculation above.
Now, "95% safer" could mean that if you have 100 total cases and take away 95 (smoking) you get 5 cases for vaping. But again, 5/95 is 5.26% and does not fit with the data in the report.
So in conclusion, "95% safer" is a misinterpretation of the data.
Look at it in terms of "risk" rather than "harm"...95% safer is a misrepresentation of the data in the linked report.
Are there any statisticians on the board? I'm an engineer and no stranger to math, but what does "95% safer" really mean? People throw around percentages like that without knowing what it really means in terms of numbers.
On Page 185 of the report, it says that "Although unknown, the hazard to health arising from long-term vapour inhalation is unlikely to exceed 5% of the harm from tobacco smoke." Lets assume that this 5% is the actual number.
So would that mean that in a sample of 100, 5 would be from vaping and 95 would be from cigarettes? I say it would not. 5/95 = 0.0526 or 5.26% Not 5%
I think that you would need a sample of 105, with 5 from vaping and 100 from cigarettes.
5/100 = 0.05 = 5% exactly. That would achieve the statement that the harm from vaping is 5% of the harm from cigarettes.
Or if you insist on having a sample of 100, then the math would be as follows:
x= the number of harm cases due to cigarettes.
then 0.05x + x =100
or 1.05x =100
and x = 95.2
so in this sample of 100, there would be 95.2 cases of harm from cigarettes and 4.8 cases of harm from vaping.
Even then, how can you conclude that vaping is 95% safer? I would say that 95.2/4.8 = 19.8. Mathematically, you could say that the harm from cigarettes is 19.8 times the harm from vaping. Or using the reciprocal, you could say that the harm from vaping is 5% of the harm from cigarettes which agrees with the original data in the report, and confirms the calculation above.
Now, "95% safer" could mean that if you have 100 total cases and take away 95 (smoking) you get 5 cases for vaping. But again, 5/95 is 5.26% and does not fit with the data in the report.
So in conclusion, "95% safer" is a misinterpretation of the data.
10 or so years isn't actually enough time to to conclude that but it doesn't matter anyway. Science requires money and is, thus, a business and businesses serve their customers. The buyers for science are large corporations & government. The buyers of government are large corporations. Controlling interest in both is held by finance.You'd think that in ten or more years time (that vaping has been widespread) the downside of vaping would be obvious. What is obvious is that people aren't dying or contracting disease from vaping.