The chemistry of acetyl chloride is not as a methyl ketone but as an acyl halide. All the action is on the carbon atom with the oxygen and chlorine. In the haloform reax the methyl carbon gets attacked losing a proton, picking up a halide and leaving an OH behind to form an acid and a haloform.
Chloride ions typically do not have a color on their own, as they are colorless in nature. However, certain metal chlorides can exhibit different colors, such as copper chloride (blue-green) or iron chloride (yellow-brown).
1: Chloride is not a substance that occurs on its own, it is an ion formed by the element chlorine. 2: Neither chlorine nor chlorides (substances containing the chloride ion) are magnetic.
Sodium chloride is a neutral substance and will not exhibit a specific color in a universal indicator. Universal indicators change color based on the pH of a solution, not the presence of specific compounds like sodium chloride.
neither, a common salt solution is neutral
It depends on the specific substance. Generally, salts like sodium chloride or calcium chloride are more soluble at higher temperatures like 60°C compared to lower temperatures. Organic compounds like sugar may also exhibit increased solubility at higher temperatures.
When chlorine and sodium collide, a chemical reaction will occur in which they will combine to form sodium chloride, which is commonly known as table salt. This reaction is highly exothermic, releasing a significant amount of energy as heat and light. The resulting compound, sodium chloride, is stable and does not exhibit the properties of its constituent elements.
No, ammonium chloride is not magnetic. It will not be attracted to magnets. Ammonium chloride is made up of the elements nitrogen, hydrogen and chlorine.
Chloride ions typically do not have a color on their own, as they are colorless in nature. However, certain metal chlorides can exhibit different colors, such as copper chloride (blue-green) or iron chloride (yellow-brown).
Ammonium chloride can undergo sublimation, meaning it can change from a solid directly to a gas without passing through a liquid state. Sodium chloride does not exhibit sublimation behavior.
Common salt, or sodium chloride, is neutral in nature. It does not exhibit acidic or basic properties.
The key word here is "solution". Solutions do not exhibit the Tyndall effect; if something does exhibit the Tyndall effect, that's a good indication that it is not a solution.
1: Chloride is not a substance that occurs on its own, it is an ion formed by the element chlorine. 2: Neither chlorine nor chlorides (substances containing the chloride ion) are magnetic.
The experiment will not work because sodium chloride does not sublime. Ammonium chloride appears to sublime upon heating. However, this process is actually decomposition into ammonia and hydrogen chloride gas. NH4Cl + heat → NH3 + HCl (Wikipedia)
SrCl2 is not an acid. It is the chemical formula for strontium chloride, which is a salt composed of the metal strontium and the chloride ion. Acids are substances that can donate hydrogen ions in a solution, while salts like SrCl2 do not exhibit acidic properties.
No, copper and gold do not form a eutectic system. They have a limited solubility in each other but do not exhibit a eutectic reaction.
The color of a solution containing H2O and ZnCl2 would likely be clear or colorless. Both water and zinc chloride are transparent substances, so the solution would not exhibit a distinct color.
Ferric chloride, or iron(III) chloride will not react with aspirin. It will, however, react with salicylic acid, which is used to synthesize aspirin. In this light, adding an aqueous ferric chloride solution to a sample of aspirin is a good way to see if there is any unreacted salicylic acid. A purple color is an indication of salicylic acid. A sample of pure aspirin should not exhibit any color change.