Common chemicals and hazardous materials that can be found in the kitchen include fuel gases, pesticides, sources of radon gas, and cleaning agents.
The kitchen is the main area of the house which is at the risk of having several accidents.
The carbon monoxide gas that is released from kitchen materials such as a gas stoves can be extremely harmful. A closed kitchen with no ventilation can cause carbon monoxide to level up, thus creating a hazardous atmosphere.
Certain gas appliances and furnaces in the kitchen are a source of radon gas. Radon compounds are hazardous as they can cause lung cancer.
Pesticides are poisonous chemicals that we often use in the kitchen to kill insects. Pesticides can be toxic to human health also.
Cleaning agents are present in almost every kitchen because these chemicals help in keeping the kitchen counters, stove, and other appliances clean. The cleaning agents have strong concentrations of ammonia and chlorine which are harmful to the skin.
Other hazardous materials in the kitchen environment include materials that can easily cause fire such as certain electrical appliances.
To learn more about hazardous materials, click here:
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<h2><u>Answer:</u></h2>
It wasn't an adjustment in the condition of issue on the grounds that the vitality in the can did not change. Additionally, since this was a physical change, the atoms in the can are as yet similar particles. No synthetic bonds were made or broken. You added enough vitality to make a stage change from strong to fluid.
The main changes recorded which don't include framing or breaking substance bonds would bubble and liquefying. Bubbling and liquefying are physical changes as opposed to synthetic changes, so no new items are shaped.
"<span>4 Na + O2 2 Na2O" is the one chemical equation among the following choices given in the question that </span><span>is correctly balanced. The correct option among all the options that are given in the question is the fourth option or option "4". I hope that this is the answer that has actually come to your great help.</span>
Both D and G options. Weak base and its conjugate acid or weak acid and its conjugate base are the possible components of a buffer solution.
Explanation:
Buffer solution is the solution which gets easily dissolved in water and so called as "Aqueous solution".
Buffer solution is essentially made up of two components Known as:
i.) Weak base and its conjugate acid
ii.) Weak acid and its conjugate base
This weak acid and base solution is used to maintain the pH value of the solution in a balanced way.
When the weak acid or base solution is added to strong acid or base solution that is the way pH gets balanced .
In one word buffer solution is the solution which resists for the pH change when strong acids or bases are added.
Are there answer choices or is it just right it your self?
