Electronic Vapors Replacing Conventional Cigarettes

The Probability of Electronic Vapors Replacing Conventional Cigarettes

Problem

As a curious owner of an electronic vapor, for a period of two years, I have gotten familiar with the devices’ structure, and the way it impacts the average human’s lungs. Furthermore, during those two years, I took the liberty of mixing custom vapor liquids, all of which are composed of different quantities of nicotine with a number of different flavors. Tchounwou wrote an article, which The Environmental Research and Public Health later published in March 2015 (Tchounwou, 2015). In the article, scientists provide an analysis with evidence and results of how the number of toxins found in tobacco is less severe than the tobacco found in conventional

To find the answer to the question, I propose a psychological experiment to determine the likelihood of smokers to switch to an electronic vapor. I will provide every participant with an electronic vapor that includes liquid in the tank containing 1mg of nicotine—the exact amount in a cigarette. The study will monitor the amount of liquid the smokers are vaping while the smokers log the number of cigarettes smoked. If the results of the experiment show a decrease in the number of cigarettes smoked, that outcome will encourage smokers to start using these electronic vapors to decrease health problems, since tobacco in electronic vapors is less severe than the tobacco found in cigarettes, as mentioned

In order for the experiment to show effective results, the participants and I should record data at the end of every week. I am responsible for logging the quantity of liquid the smoker have vaped during that week. Accordingly, the participants will record the number of cigarettes they have smoked during that seven-day period. As time goes on, I will take advantage of calculus techniques to input the data into a comprehensive line chart, to clearly display the rate of change of participants smoking cigarettes with a one-month interval. With that chart, we compare the quantity of liquid with the number of cigarettes and conclude which product won the participants’ desire. In other words, the product that participants use more frequently will prove to be more addictive than the other product. Furthermore, if electronic vapors outnumber cigarettes, we can conclude that vapors are more addictive than cigarettes, which is my expectation, as electronic vapors pose small health risks as opposed to