Answer: D is the correct answer
Explanation: When there is no insulator surrounding a metal wire then there is nothing to stop the electrons from flowing outside of the wire, This means that anything the wire comes in contact with could get shocked or burnt when there is a current flowing through the wire.
Owing to the arrangement of ions in NaCl, the structure has a high melting point and crystalline structure.
Ionic compounds are know to have a crystalline structure. This is because the ions in the compound are arranged into a crystal lattice. A crystal lattice gives a regular repeating structure of ions in the crystal.
As a result of this order in the crystal, the resultant sodium chloride structure has a high melting point and crystalline structure.
Learn more: brainly.com/question/17638582
The number of Atoms must be the same on both sides
Because the ions forming the compound will have to separate from each other then. As a result, ionic compounds disintigrated into a myriad of single lonely ions floating free in water (in solutions). The process is known as electrolytic dissociation.
Eletric current is co-directed movement of particles exhibiting similar charge.
Water doesn't have charged particles constituting it. No electricity.
Ionic compounds do have charged particles (i.e. ions), but those are locked within the lattice and cannot move. No electricity.
Ionic compounds in water disintegrate into free floating (capable of moving) ions (charged particles). All you have to do is get all the positive charges moving one way and all the negative ones moving the other and here you have it - electricity! That is achieved through applying external magnetic field.
This is why ionic compunds can conduct electricity when dissolved in water or melted.
Answer:
can u add more detail cuz i dont se much all i see is 40 points and dont use u
Explanation:
