It would change the Voltage.
The start time begins when H2O2 (solution B) is added to solution A. The end time is when the solution turns a deep blue color. (This will only take a few seconds.)
Temperature generally creates more kinetic energy
Yes. This is due to the movement of the molecules. As you stir the solution, there is more kinetic energy. The more kinetic energy something has, the more heat is produced, which causes a substance to dissolve faster. In addition, stirring causes the substance to be exposed to more surface area.
Temperature is truly the measure of kinetic energy, in the case of a room, of the atmosphere. This kinetic energy of the liquid in a solution with the energy necessary to dissolve a tablet.
By Linde method we can easily liquefy gas, first of all we have apparatus for performing experiment and then by its help we can do this. Two things required for such experiment "low temperature" and second "high pressure"; some gas are not be liquefied like hydrogen and helium because they have high kinetic energy, which means their temperature is increased when the kinetic energy of molecules increases so the distance between the molecules increase so its is impossible to convert them!
The start time begins when H2O2 (solution B) is added to solution A. The end time is when the solution turns a deep blue color. (This will only take a few seconds.)
Kinetic Energy is moving energy. Here's a small experiment: 1. Throw a ball in the air (Straight up) 2. Watch it 3. When starts falling down, that's kinetic energy
Kinetic Energy is moving energy. Here's a small experiment: 1. Throw a ball in the air (Straight up) 2. Watch it 3. When starts falling down, that's kinetic energy
Temperature generally creates more kinetic energy
Photons absorbed by a solution "disappear" and the energy they brought with them is transferred into the solution. That energy appears in the "activity" of the atoms, molecules and/or ions in the solution. The kinetic energy of these particles will increase because of the added energy.
The kinetic molecular theory explains the dissolution that is the process by which a solute forms a solution in a solvent.It could be dissolved by adding Ionic compounds.
Yes. This is due to the movement of the molecules. As you stir the solution, there is more kinetic energy. The more kinetic energy something has, the more heat is produced, which causes a substance to dissolve faster. In addition, stirring causes the substance to be exposed to more surface area.
I am not sure what they are looking for here. The general answer is because the solvent constant is dependent on temperature. The molecular answer is that temperature is a measure of the kinetic energy present in solution. Increasing the kinetic energy in solution increases the chance that a water molecule will collide with the sugar with sufficient force to dissociate the molecules of 'sugar' from each other, thus allowing it to dissolve is solution.
William Pingry Boynton has written: 'Applications of the kinetic theory to gases, vapors, pure liquids, and the theory of solutions' -- subject(s): Solution (Chemistry), Kinetic theory of gases
Temperature is truly the measure of kinetic energy, in the case of a room, of the atmosphere. This kinetic energy of the liquid in a solution with the energy necessary to dissolve a tablet.
hi i really need this answer to finish my mastery assessment in collleage its an home experiment where you have to come up wit an experiment to convert energy plz i really need your help Pedal a bike
No solution. Zero momentum (MV) means either zero mass or zero velocity. Either one results in zero kinetic energy (1/2 MV2).