the sample is dissolved in appropriate solvent (ex. tetrahydrofuran),then it is refluxed for a half hour with a potassium hydroxide 0.1m solution in methanol for 30 minutes. The solution is cooled and the chlorine is determined potentiometric with AgNO3 0.01N.
Yes. Composite volcanoes often have a high gas content in their magma, which is why they often erupt explosively.
Adjusting the chlorine content will almost certainly affect the pH, so it would be simpler to get the chlorine level correct first and then titrate to the proper pH.
Composite volcanoes typically have higher viscosity lava compared to shield volcanoes, resulting in more explosive eruptions. The high silica content in the magma of composite volcanoes contributes to this higher viscosity. However, the exact viscosity of the lava can vary depending on specific factors such as temperature and gas content.
Composite volcanoes typically erupt with a mixture of lava types, including both viscous lava (andesitic or rhyolitic) that can lead to explosive eruptions, as well as more fluid lava (basaltic) that can flow long distances. This combination of lava types is what gives composite volcanoes their steep-sided profile.
Letting tap water sit out may reduce the chlorine content as it evaporates, but it will not significantly affect the mineral content. Minerals in water do not evaporate like volatile compounds such as chlorine.
The chlorine content of sodium chloride is 60,334 %.
Yes. Composite volcanoes often have a high gas content in their magma, which is why they often erupt explosively.
The chlorine scale, also known as the Chlorine Demand Scale, is a measurement used in water treatment to determine the amount of chlorine required to effectively disinfect the water. It helps to ensure that the right amount of chlorine is used to kill bacteria and other pathogens present in the water. The scale also takes into account factors such as water temperature, pH, and organic content that can affect the chlorine demand.
Water with a high chlorine content may taste like a strong chemical or bleach-like flavor.
The effect of reinforcement content on matrix of composite materials is to strengthen the given structure. Steel is an example of the reinforcing material.
Boiling water effectively removes chlorine by causing the chlorine to evaporate and escape as a gas. This process helps to reduce the chlorine content in the water, making it safer to drink.
Because of high chlorine content in the mud (chlorine as a stripping agent for chrome)
To calculate the quantity of bleaching powder needed for chlorination, you first need to determine the amount of chlorine required for disinfection based on the characteristics of the water. Then, you can use the formula: Quantity of bleaching powder (kg) = Quantity of chlorine required (kg) / Available chlorine content (%). Make sure to follow safety guidelines and regulations for handling and dosing bleaching powder.
If you have a salt water pool then the chlorine generator is there to convert the salt into chlorine to keep up the chlorine content of the pool. However if you don't have one of these or it is broken down you can always add chlorine directly to make up the shortfall until the necessary repairs are done.
Charcoal is effective at removing chlorine from water through a process called adsorption, where the chlorine molecules adhere to the surface of the charcoal. This process can significantly reduce the chlorine content in water, making it safer to drink.
Adjusting the chlorine content will almost certainly affect the pH, so it would be simpler to get the chlorine level correct first and then titrate to the proper pH.
Composite volcanoes typically have higher viscosity lava compared to shield volcanoes, resulting in more explosive eruptions. The high silica content in the magma of composite volcanoes contributes to this higher viscosity. However, the exact viscosity of the lava can vary depending on specific factors such as temperature and gas content.