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50 Sn
Element Revision Sheet

Tin (Sn)

Post-transition Metals Block P Group 14 • Period 5
Superhero Identity

"Meet **The Plater**, a metallic master of disguise who shields precious materials from corrosion and lends strength to fragile connections. He's the silent protector, ensuring your goods stay safe and sound!"

A memorable persona to anchor Sn in your mind.

Density

7.31

Grams per cm³

Melting Point

231.928

Celsius (°C)

Atomic Radius

217

Radius (pm)

Everyday Connection

Daily Life Link

The shiny coating on your 'tin' cans or the strong bond holding electronics together? That's Tin!

Discovery & History

Year Discovered

Ancient

Discovered By

Unknown

Origin of Name

"The name comes from the Anglo-Saxon ''tin''"

Technical Properties

Atomic Mass

118.71 u

Standard State

solid

Boiling Point

2586°C

Electron Configuration

[Kr] 4d105s25p2

1st Ionization Energy

7.344 eV

Electron Affinity

N/A

Oxidation States

[+4 +2]
Appearance

"Shiny, silver, and so soft you could almost bend it with your bare hands!"

Did You Know?

1

The 'Tin Cry' is Real! Bend a bar of pure tin, and you'll hear a distinctive creaking or crackling sound! This 'cry' comes from the metal's crystal structure breaking and reforming.

2

Not So 'Tin' Cans: Most 'tin' cans today are actually made of steel, but they're coated with a super-thin layer of tin. This tiny coating is a massive hero, preventing the steel from rusting and keeping your food fresh!

3

Bronze Age Superstar: Tin was so mind-boggingly important thousands of years ago that it kicked off an entire historical era – the Bronze Age! Mix it with copper, and BAM! You get bronze, a metal way stronger than either component alone.

4

Pewter Power: Ever seen a fancy pewter mug or plate? Pewter is mostly tin, alloyed with other metals like copper or antimony, making it durable and beautiful for decorative items.

Ready to Test Your Knowledge?