To make potassium chloride conduct electricity, the student could dissolve it in water to create an electrolyte solution. In this solution, the potassium chloride will split into its ions (K+ and Cl-) which can carry electric current. By immersing two electrodes connected to a power source into the solution, electricity can flow through it via the movement of these ions.
That is Tin (II) Chloride. Sn is Tin and the suffix for Chlorine is nearly always Chloride. The (II) means the Tin [in a hypothetical situation where the compound was purely ionic] has an oxidation state of 2, or +2, (ie deficient of two electrons) Source: A2 Chemistry Student.
One way is to react hot aqeous solution of potassium hydroxide (KOH) with sulphur (S). The products will be K2S3, K2S2O3 (potassium thiosulphate) and H2O. Answer by aditya rajesh, 8th student at millennium school in dubai.
No, the movement of electrons through the solution is not what causes electrolyte solutions to conduct electricity. Rather, it is the movement of ions (charged particles) within the solution that conducts the electric current.
Don't quote me on this - I'm just a Year 12 student trying to figure this out but... As I understand it the cobalt chloride does not actually react with the ethanol but rather the ethanol has an effect on the equilibrium reaction: Co(H2O)62+ + 4Cl-(aq) D CoCl42-(aq) + 6H2O(l) The ethanol separates the cobalt chloride from the water pushing the reaction towards the right hand side (blue) to restore equilibrium (Le Chatelier's principle). When water is added more H2O can react with the CoCl42-(aq) pushing the reaction back towards the left hand side (pink). I hope this helps and I'm sorry if I'm wrong!
This means that there is 1 magnesium atom and 2 chlorine atoms. The "2" means that there's 2 of that atom. You could ditch the "2" but its not 'right' and if your a student having the 2 will give you a higher mark. Whoever made the first answer made it way to complected.
If a student accidentally put potassium chloride instead of potassium chlorate in the crucible during a lab experiment, the results would likely not match the expected outcome. Potassium chloride does not release oxygen when heated like potassium chlorate does, so there would be no oxygen to react with the magnesium present in the crucible. This would impact the ability to achieve the desired chemical reaction and may lead to incorrect data or observations.
There are a quite a few answers that fit this question. Gold is very ductile and is an excellent conductor of heat and electricity.
student b
you conduct team teaching patiently so that the student learn in the subject that the different teacher will teach.
compound :)) by:HNCHS student :))
The US Constitution tells what can and can not be done within the states, as well as what will be tolerated. It talks about the interactions between states and people. The Student Code of Conduct tells the same, but on a school level.
well as i know as a grade 5 student vinegars can produce electricity because of its acid
The US Constitution tells what can and can not be done within the states, as well as what will be tolerated. It talks about the interactions between states and people. The Student Code of Conduct tells the same, but on a school level.
gathering the inter college student and conducting the program from their syllabus or portions.
In my opinion ,as a student i would lyk to help our country by conserving energy or electricity, so that our electricity will not be waste and can be used in a brighter future and a brighter day!!
That is Tin (II) Chloride. Sn is Tin and the suffix for Chlorine is nearly always Chloride. The (II) means the Tin [in a hypothetical situation where the compound was purely ionic] has an oxidation state of 2, or +2, (ie deficient of two electrons) Source: A2 Chemistry Student.
One way is to react hot aqeous solution of potassium hydroxide (KOH) with sulphur (S). The products will be K2S3, K2S2O3 (potassium thiosulphate) and H2O. Answer by aditya rajesh, 8th student at millennium school in dubai.