The lower table shows a series of metal elements with its crystalline structure and Your atomic radius. What couples ar
Posted: Thu Jul 14, 2022 2:51 pm
The lower table shows a series of metal elements with its crystalline structure andYour atomic radius. What couples are expected to have unlimited solid solidness (total) with each other?
\begin{tabular}{|c|c|c|c|c|c|} \hline Elemento & Estructura Cristalina & Radio atómico (nm) & Elemento & Estructura Cristalina & Radio atómico (nm) \\ \hline Plata & FCC & 0.144 & Plomo & FCC & 0.175 \\ \hline Paladio & FCC & 0.137 & Wolframio & BCC & 0.137 \\ \hline Cobre & FCC & 0.128 & Rodio & FCC & 0.134 \\ \hline Oro & FCC & 0.144 & Platino & FCC & 0.138 \\ \hline Níquel & FCC & 0.125 & Tantalio & BCC & 0.143 \\ \hline Aluminio & FCC & 0.143 & Potasio & BCC & 0.231 \\ \hline Sodio & BCC & 0.185 & Molibdeno & BCC & 0.136 \\ \hline \end{tabular}
\begin{tabular}{|c|c|c|c|c|c|} \hline Elemento & Estructura Cristalina & Radio atómico (nm) & Elemento & Estructura Cristalina & Radio atómico (nm) \\ \hline Plata & FCC & 0.144 & Plomo & FCC & 0.175 \\ \hline Paladio & FCC & 0.137 & Wolframio & BCC & 0.137 \\ \hline Cobre & FCC & 0.128 & Rodio & FCC & 0.134 \\ \hline Oro & FCC & 0.144 & Platino & FCC & 0.138 \\ \hline Níquel & FCC & 0.125 & Tantalio & BCC & 0.143 \\ \hline Aluminio & FCC & 0.143 & Potasio & BCC & 0.231 \\ \hline Sodio & BCC & 0.185 & Molibdeno & BCC & 0.136 \\ \hline \end{tabular}