The Br⊘⊘nsted-Lowry model focuses on the transfer of in an acid-base reaction. The Brnsted-Lowry model focuses on the transfer of in an acid-base reaction. electrons neutrons OH−OH− orbitals H+H+

The Brönsted-Lowry model focuses on the transfer of H⁺ in an acid-base reaction.

Explanation:

According to the theory of Brönsted-Lowry , an acid is a chemical substance capable of releasing hydrogen ions, while a base is that chemical substance capable of accepting hydrogen ions. That is, acids are substances capable of yielding protons (hydrogen H + ions) and substance bases capable of accepting them.

On the other hand, the conjugate base of a Brønsted-Lowry acid is the species that forms after an acid donated a proton. The conjugate acid of a Brønsted-Lowry base is the species that forms when a base accepts a proton.

Thus, the acid-base reaction is one in which the acid transfers a proton to a base (proton transfer H⁺).

This theory, unlike another theory like Arrhenius, does not require the presence of water as a means of reaction for the transfer of H⁺.

The Brönsted-Lowry model focuses on the transfer of H⁺ in an acid-base reaction.

you need to take a look at the periodic system in order to sort these elements into pairs that would most likely exhibit similar chemical properties. first, you need to find elements that are found in the same group (groups are vertical in the periodic system), and then to see whether they have the same valence number. if they meet these criteria, they will have similar properties.

the first pair: ne (neon) and kr (krypton), are noble gases found in group 8

the second pair: li (lithium) and k (potassium), found in group 1

the third pair: s (sulfur) and te (tellurium), found in group 6