This is good. Simply and solve for d. Start by canceling everything that can be canceled from both sides of the equation.kdrobey said:... then did KQaQb/d=2(KQaQb/.86.
The new separation between the charges refers to the distance between positive and negative charges in an atom or molecule. It is also known as the internuclear distance and is measured in units of length such as meters or angstroms.
The new separation between the charges is determined by the electronic structure of an atom or molecule. It is influenced by factors such as the number of electrons, the type of bond, and the presence of other atoms or molecules in the vicinity.
The new separation between the charges is important because it affects the overall stability and reactivity of an atom or molecule. It also determines the strength of the bond between atoms, which can impact the properties and behavior of substances.
Yes, the new separation between the charges can be changed by altering the electronic structure of an atom or molecule. This can be done through processes such as chemical reactions or external influences such as electric fields.
The new separation between the charges is closely related to the concept of polarity. A larger separation between charges indicates a more polar bond, while a smaller separation indicates a less polar bond. The polarity of a molecule can also affect its physical and chemical properties.