In Charge of Our Own Bodies

Alcohol and cannabis have been used by humans for thousands of years. These two ancient substances have been confused for a long time and often have a validity of contradiction. The ingestion of these two substances was the reason for assessing severe penalties for offenders, or is still left. Volstead law was enacted in the early 1920s to reduce crime. The "regulated substance law" was enacted to control drug problem at the federal level, but the confusing paradox is that while a substance is still convicted seriously, another substance It is more dangerous and still possibly legal.

The laws of nature (science), through our personal and collective wisdom (scientific knowledge), therefore, each and every one of our natural empirical and scientific knowledge to provide our own emotional and physical safety, There are responsibilities that are subject to individual and collective claim of the scientific law (scientific law) and to personally and collectively provide and protect their own emotional and physical safety. Whether we do or not, we are all concerned with natural law (scientific law) and the result of our decision (responsibility) in these fields

Almost all types of body have charge. All bodies that are not charged are neutral. We use the symbol 'q' to represent the charge. Its standard unit is coulomb. In mathematics, charge can be said to be the number of electrons multiplied by the charge of electrons. Symbolically, when proton rejects protons, it attracts electrons. The nature of the assertion determines the forces acting on them and adjusts the flow. The charges of electrons and protons are the same, 1.6 × 10 -19 C. The only difference is that the symbols + and -

The basic charging unit is electric charge obtained by electrons or protons. Conventionally, we treat electrons as negative charges, denote them as "-e", and the charge of protons is "" only. The principle of charge quantization was first proposed when British experimenter Faraday proposed an experimental method of electrolysis. In 1912, Millikan finally proved and proved this principle.