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The term "Hydroiodic acid" most likely refers to a solution of Hydrogen Iodide in Water, which is an aqueous solution (AQ) However, Hydrogen Iodide, HI is a gas at room temperature, and forms a liquid at -34OC, and a solid at -51OC
One way to identify the gas is to pass it through lime water (calcium hydroxide solution). If the gas turns the lime water milky white, it indicates the presence of carbon dioxide (CO2). Another method is to ignite the gas. If it produces a popping sound or a small explosion, it is likely hydrogen (H2).
acetic acid ---- vinegarsodium hydroxide ---- iyesodium chloride ---- saltmagnesium sulfate ---- epsom saltmagnesium hydroxide ---- milk of magnesiapotassium chloride ---- lite saltcalcium hydroxide ---- tums antacidammonium hydroxide ---- ammoniaIf you like my answer please vote for me.
A supersaturated solution is most likely to form crystals as it cools.
Hydrogen is the element that is most likely to undergo nuclear fusion.
A solution of sodium hydroxide in water most likely to have a pH close to 14
14
human cell.
Most likely copper.
Platinum is almost completely inert, and it will not react with the sodium. Platinum does have a great capacity to adsorb gases, so if there is some other reaction taking place in the solution which is producing, let us say, hydrogen gas, it is likely to wind up in the platinum.
Hydrogen bonding
Potassium will react violently with water, forming potassium hydroxide and hydrogen gas. 2K + 2H2O --> H2 + 2KOH The heat of the reaction will likely ignite the hydrogen, which will subsequently form water.
Solid AgOH is not known. It may be in solution but when precipitated you get the oxide, Ag2O A likely decompoition wuld be 2AgOH -> Ag2O + H2O
The groups of symbols are called formulas.It is important to note that they won't just have one element symbol. If ionic, it will likely start with H for hydrogen. In hydrocarbons, it appears after the carbon that it is attached to. e.g. CH4Examples of some of the thousands of hydrogen compounds:H2O (water)H2O2 (hydrogen peroxide)HCl (hydrochloric acid)CH4 (methane, natural gas)C6H6O6 (glucose, sugar)NH3 (ammonia gas)Ca(OH)2 (calcium hydroxide, with an OH- hydroxide ion)
The term "Hydroiodic acid" most likely refers to a solution of Hydrogen Iodide in Water, which is an aqueous solution (AQ) However, Hydrogen Iodide, HI is a gas at room temperature, and forms a liquid at -34OC, and a solid at -51OC
When sodium and water react, they will produce aqueous sodium hydroxide and hydrogen gas. Here's the balanced equation for that reaction: 2Na + 2H2O --> 2NaOH + H2 This reaction is violently exothermic and should be done under very safe and controlled conditions. The hydrogen gas will likely ignite, which itself is a different reaction: 2H2 + O2 --> 2H2O
One way to identify the gas is to pass it through lime water (calcium hydroxide solution). If the gas turns the lime water milky white, it indicates the presence of carbon dioxide (CO2). Another method is to ignite the gas. If it produces a popping sound or a small explosion, it is likely hydrogen (H2).