Melting Silver - Periodic Table of Videos

TL;DR

Max Whitby, an element collector, demonstrates his process of creating a silver cylinder for a periodic table in his lab.

Transcript

hi I'm Brady and you might remember last year the professor met a man named Max Whitby the element collector he's a guy who makes real life periodic tables and we remember what Max told us I I'll invite you to our lab and see some being melted which is quite F quite a nice thing to see so I've been down to London to make a few videos with Max and w... Read More

Key Insights

• 👨‍🏫 Max Whitby creates periodic tables and displays for museums, schools, and wealthy individuals.
• 🍝 The price of silver has increased significantly in the past year.
• 🥈 The process of creating a silver cylinder involves melting the silver in a graphite crucible and cooling it down before machining it into a cylinder shape.

Questions & Answers

Q: What is Max Whitby known for?

Max Whitby is known for creating real-life periodic tables and crafting beautiful displays for museums, schools, and individuals.

Q: How does Max Whitby melt silver to create the cylinder?

Max melts the silver by placing it in a graphite crucible and heating it in a furnace set at a temperature above the melting point of silver.

Q: Why does Max need to do a risk assessment before making the cylinder?

A risk assessment is necessary because molten metal can be dangerous. Max takes precautions to ensure safety during the process.

Q: What happens to the silver as it cools down?

The silver quickly absorbs the heat from the graphite crucible and cools down, turning back to the color of graphite. Silver is an excellent conductor of heat.

Summary & Key Takeaways

• Max Whitby creates silver cylinders for periodic tables used in museums, schools, and wealthy individuals' studies.

• A 1 kg jar of silver, now worth almost £1,000, is melted to form the silver cylinder.

• The silver is melted in a graphite crucible using a furnace and then machined into a cylinder shape.