liquid at room temperature.
To lower the freezing point of 16.8 g of chloroform by 2.50°C using chlorine gas, you would need to dissolve 0.79 g of chlorine gas in the chloroform. This calculation can be done using the formula for freezing point depression and the molal freezing point depression constant of chloroform.
Homemade chloroform gas is extremely dangerous and should not be handled or disposed of by individuals without proper training and equipment. If you come into contact with chloroform gas, leave the area immediately and seek medical attention. Contact your local hazardous waste disposal facility for guidance on how to safely dispose of any containers or materials containing chloroform gas.
Chloroform water can be prepared by dissolving chloroform in water. Due to the potential health risks associated with chloroform, it is not recommended to make or use chloroform water outside of controlled laboratory settings.
Chloroform is a colorless liquid at room temperature. When heated, it may turn to a colorless gas.
When chloroform is heated with silver powder, a reaction occurs that leads to the formation of elemental silver and hydrogen chloride gas. This reaction is known as the dehydrochlorination of chloroform. Silver powder acts as a catalyst in this reaction, facilitating the decomposition of chloroform into its constituent elements.
solid
Shampoo is a liquid.
Ice is a solid. water is a liquid. and oxygen is a gas
The state depends on the temperature and pressure. At STP, radon is a gas.
At -63.5 degrees C chloroform becomes a solid and at 61.2 degrees C it becomes a gas. Therefore, at 80 degrees C, chloroform is a gas.
To lower the freezing point of 16.8 g of chloroform by 2.50°C using chlorine gas, you would need to dissolve 0.79 g of chlorine gas in the chloroform. This calculation can be done using the formula for freezing point depression and the molal freezing point depression constant of chloroform.
Homemade chloroform gas is extremely dangerous and should not be handled or disposed of by individuals without proper training and equipment. If you come into contact with chloroform gas, leave the area immediately and seek medical attention. Contact your local hazardous waste disposal facility for guidance on how to safely dispose of any containers or materials containing chloroform gas.
Chloroform water can be prepared by dissolving chloroform in water. Due to the potential health risks associated with chloroform, it is not recommended to make or use chloroform water outside of controlled laboratory settings.
Chloroform is a colorless liquid at room temperature. When heated, it may turn to a colorless gas.
When chloroform is heated with silver powder, a reaction occurs that leads to the formation of elemental silver and hydrogen chloride gas. This reaction is known as the dehydrochlorination of chloroform. Silver powder acts as a catalyst in this reaction, facilitating the decomposition of chloroform into its constituent elements.
When chloroform combines with nitrogen in the presence of heat or sunlight, phosgene gas is formed. Phosgene is a toxic gas used in chemical warfare and as a chemical intermediate in industry. It is important to handle chloroform and nitrogen safely to avoid the formation of phosgene.
Chloroform is a liquid at room temperature. It has a boiling point of 61.15 °C, which is when it turns into a gas. Chloroform doesn't form a solid at normal atmospheric conditions but it can be cooled and solidified at low temperatures. It is not considered aqueous as it doesn't dissolve in water.