no cause its TIN TIN THE MOVIE
The melting point of lead is higher than that of tin primarily due to the differences in their atomic structure and bonding. Lead has a larger atomic size and a more complex crystal lattice, which requires more energy to break the bonds between its atoms during melting. Additionally, lead's metallic bonding is stronger due to the presence of more electrons that contribute to the bonding forces, resulting in a higher melting point compared to tin.
Zinc was often confused with lead and tin due to their similar appearances. However, zinc has a higher melting point than lead and tin, and it does not oxidize easily like lead and tin.
Yes
Lead. The densities of lead and tin are 11.34 g/cm^3 and ~7 g/cm^3, respectively. Lead solder is an alloy made of mostly lead and tin; a mixture of lead and tin will weigh less than 100% lead. Lead-free solders are made of tin, copper, silver, indium, bismuth, zinc, antimony, and other metals; none of these metals is heavier than lead. So, lead is the champion.
No, tin does not contain lead. Tin is a separate element from lead and does not naturally contain lead in its composition.
175pm
tin cloride
Yes, both tin and lead are more reactive than silver. Tin and lead are more prone to oxidation and reacting with other elements compared to silver. Silver is relatively unreactive, making it a popular choice for jewelry and coins due to its resistance to tarnishing.
Tin and lead makes pewter
germanium, tin, and lead
Tin is more reactive than lead because of its higher position in the periodic table, which results in tin having more electrons in its outer shell. This makes tin more prone to reacting with other elements to achieve a stable electron configuration. Lead, on the other hand, has a filled inner shell and is less likely to participate in chemical reactions.
No, lead does not react with tin nitrate under normal conditions. Lead is a less reactive metal and is unlikely to displace tin in a compound like tin nitrate.