Dihydrogen Monoxide is a colorless, tasteless, and odorless chemical compound. It is found in many explosive and poisonous compounds consisting of Sulfuric Acid, Nitroglycerine, and Ethyl Alcohol. This compound has many dangers such as death due to inhaling, even in small quantities, severes tissue damage and burns from exposure to solid and gaseous DHMO, and even car accidents due to brake failure. When an automobile is exposed to DHMO it can affect the condition of the brakes.
Dioxin is a member of the family of organic compounds known as aromatics. Dioxin is the shorthand that refers to a family of polychlorinated dibezodioxins or PCDDs. Their general structure is that of two chlorinated benzene rings joined by two oxygens, hence dioxin. Dioxin is not made intentionally but is usually formed as by-products in many large scale chemical processes such as paper pulp bleaching with chlorine and most significantly, the manufacture of chlorophenol chemicals. This last process is significant not only because it brought dioxin to the current notoriety, but it also is a chemical process used to make products that were used and are still being used in many applications.
It can kill you! Yeah, this thing is silent and deadly! Colorless and odorless, you never know where it can be leaking from. Can you smell? Nope! Can you taste it? Nahhh! Have you figure it out yet? The thing that might take your life right now, or maybe tonight or maybe tomorrow. No? Well, I’ll be nice and tell you. The poisonous demand that lurk through the air so free and careless is Carbon Monoxide or CO. In this paper, you will learn all what and how it can kill you plus how you can protect yourself from Mr.CO
The MSDS, or material safety data sheet, for 2-butoxyethanol outlines basic health risks that accompany it, along with basic chemical and physical properties. One of the physical properties is the fact that it is a liquid at room temperature, which means it takes the shape of its container and its molecules are not definitively packed. Chemical properties include flammability, which is whether or not it ignites easily, and toxicity, whether or not it is poisonous to humans. 2-butoxyethanol is both flammable and toxic, meaning it does ignite easily and is poisonous to humans It says that 2-butoxyethanol has a health hazard number of two and fire hazard number of two. The health hazard number means that it can cause injury upon exposure and requires rapid medical treatment. The fire hazard number means that it can ignite w...
The initial step in photochemical reactions is the absorption of a photon by an atom, molecule, free radical or ion. The result of this absorption is strongly dependent on the energy, in other word the wavelength of the photon. Visible and ultraviolet portion of the light is required to start the photochemical reactions. The absorption can generate dissociation, internal rearrangement, flourescence, or excited species. Photochemical smog can occur in any environment where there are large and continuous emissions of primary air pollutants. However specifics of climate and geography play an important role in the persistence and severity of the photochemical smog. Two factors influencing the formation of photochemical smog:
I believe that dhmo should been banned. The main reasons that it should be ban is because it causes cancer, some call Dihydrogen Monoxide the "Invisible Killer", Dihydrogen monoxide was found at every recent school shooting, Dihydrogen Monoxide is a major component of acid rain, Thousands die each year after inhaling dihydrogen monoxide
Carbon monoxide is a major component in smoke from fires. It can cause a loss of mental acuity, acute nausea and severe headaches (Reinhardt 33). Death can occur at extreme levels of this intoxication and it can even cause shortness of breath and dizziness (Reinhardt 35). It may not seem like it is that bad, but one must consider that these things add up and can really affect their health and well-being. The carbon monoxide levels tend to shoot up when the wind speed goes up during daily exposure (U.S. Department of Agriculture 3). It also depends on what kind of duties you have as a firefighter; because those with the highest level of carbon monoxide in their system were a part of the direct attack and those with the least were the fire starters (U.S. Department of Agriculture 3). Carbon monoxide is a powerful poison that can kill you and it is absolut...
Investigating Factors Affecting the Heat of Combustion of Alcohols PLANNING SECTION Introduction ------------ Alcohols are organic substances, and consist of Hydrogen, Oxygen and Carbon. All alcohols are toxic but the amount that can be tolerated by the human body varies for different alcohols. For example drinking small amounts of Methanol can lead to blindness and even death.
Nitrous oxide is usually the gas used in specific dental procedures that might bring discomfort to the patient in ways of pain and irritation. The gas is used as a anesthetic agent because of the depressant effect on the central nervous system (Vines, 2016). Large, but also unsafe amounts of N₂O have to be used to have a anesthetic effect on a patient; copious amounts of nitrous oxide is deadly if the amount administered is not managed. The ratio of twenty percent oxygen with eighty percent of nitrogen or thirty percent oxygen for seventy percent of nitrogen must be kept because nitrous oxide can not sustain life alone. Being exposed to nitrous oxide for long periods of time can lead to nerve malfunctions, neuropathy, in patients. In pregnant women, spontaneous abortion or other fetal diseases may occur (Vines, 2016). Another hazard of nitrous oxide is its shared ability with oxygen to support combustion. If there is combustible material, an ignitor, and nitrous oxide, a large fire may result and severe burns can be inflicted on the
Hydrogen sulphide has a boiling point of -82 degrees Celsius and a melting point of -60 degrees Celsius. There are 2 hydrogen and 1 sulphide molecule. Simple molecule’s which are covalent have lower melting and boiling points as they do not need too much energy to separate the bonds because they are as polarised as water. In hydrogen sulphide the intermolecular forces are known as Dipole-Dipole forces which are less powerful than hydrogen bonding which is in water therefore water has the strongest bond compared to hydrogen chloride and hydrogen sulphide. Water is more electronegative than hydrogen chloride and hydrogen sulphide because there are more molecules in water which are drawn together however in hydrogen sulphide there are less molecules
Methane is a far more potent greenhouse gas than carbon dioxide (15), as its four hydrogen bonds absorb more infrared radiation than carbon dioxide, thus having a greater and instantaneous contribution to the enhanced greenhouse effect. However, methane has an atmospheric life of approximately 12 years (15), compared to a much longer duration for carbon dioxide. Methane’s shorter life is defined by its ability to react with hydroxyl radicals (15) in the atmosphere, in turn being converted into water and carbon dioxide (FIGURE 1). Methane gas is also able to react with halogens in the atmosphere, via a process known as free radical halogenation, where ultraviolet light breaks the bonds in diatomic halogens, thus attracting the hydrogen atoms
Imagine a killer perfect enough to travel through the corridors of your home completely undetectable to the eye of its prey. It can’t be heard, can’t be smelled, and before you or anyone in your household realizes that something is wrong, it could already be too late. Over ten thousand people fall victim to carbon monoxide poisoning and over one thousand five hundred die per year of this gas so deadly, it is referred to as the “silent killer”(“What Is Carbon Monoxide?”). Carbon monoxide, or CO for short, is a flammable, colorless, odorless, tasteless gas that is produced during incomplete combustion of fuel and it’s ability to do harm resides within the lack of knowledge and understanding of this gas by society. To remain safe from carbon monoxide poisoning, one must comprehend the causes of carbon monoxide, where it can be found, and how to avoid and deal with contamination.
Hydrogen peroxide is an organic molecule only containing hydrogen and oxygen. The common name for hydrogen peroxide is hydrogen peroxide. The IUPAC ID name is dihydrogen dioxide. This molecule is pale blue but colorless in its purest form. Hydrogen peroxide occurs in nature very rarely. Hydrogen peroxide can occur in multiple states, such as, liquid, and gas. This compound is also odorless and can have a slightly acidic taste. The acidity of this compound ranges from a pH of 4.3-5.1 meaning this compound is a weak acid. The molecular and empirical formula is the same, which is H2O2. This was proven by Petre Melinkishcili. The structural formula is HOOH. The functional group in this compound is a peroxo group which is an oxygen attached to another oxygen. Hydrogen peroxide is the simplest compound of peroxide anion. Yet hydrogen peroxide is much more stable than peroxide anion.
The Environmental Protection Agency classified at least different types of air pollutants; ground-level ozone, carbon monoxide, sulfur oxides, and nitrogen oxides. Ground-level ozone also known as particulate matter and nitrogen oxide are identical and is created by chemical reactions with nitrogen and other organic compounds. These compounds come from motor vehicles, gasoline, and other industrial facilities. Exposure to ground-level ozone can cause asthma, bronchitis, and even emphysema (Environmental Protection Agency). Carbon monoxide is a colorless and odorless gas that comes from combustion sources such as stoves and heaters. Effects of exposure to carbon monoxide also known as CO, can reduce oxygen delivery to any of the body’s organs especia...
Carbon Monoxide is a colourless and inodorous toxic gas produced through the incomplete combustion of different carbon-based fuels, such as in products and apparatuses motorised by internal combustion engines (Carbon Monoxide Questions and Answers, n.d.), that have failed to convert carbon or carbon-based fuels into carbon dioxide (Encyclopædia Britannica, 2014). CO production can also occur naturally when volcanoes erupt, releasing the poisonous gas into the atmosphere. CO is used as an aid to engineer organic and inorganic chemical products (Encyclopædia Britannica, 2014), in fuel gas mixtures for heating in metal production, pharmaceutical and chemical manufacturing, to reduce ores and make metal carbonyls, and to fabricate and renew catalysts. “High purity CO is also used for electronic and semiconductor applications” (The Linde Group, 2013). Figure 1 shows the general equation for the incomplete combustion of hydrocarbons to produce carbon monoxide.