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What Are the Key Differences Between Metals, Non-metals, and Metalloids in the Periodic Table?

Metals, non-metals, and metalloids are different types of materials found on the periodic table. They each have unique properties that make them special:

Metals:

  • Metals are great at carrying heat and electricity.
  • Examples include copper and iron.
  • They are shiny and can be shaped easily into sheets.

Non-metals:

  • Non-metals do not carry heat and electricity very well.
  • Examples include oxygen and sulfur.
  • They tend to be dull and can break easily. Non-metals are mostly found as gases or in solid form.

Metalloids:

  • Metalloids have a mix of both metal and non-metal traits.
  • Examples include silicon and arsenic.
  • They can carry electricity, but not as well as metals can.

These differences help us understand how these elements act and how we can use them!

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What Are the Key Differences Between Metals, Non-metals, and Metalloids in the Periodic Table?

Metals, non-metals, and metalloids are different types of materials found on the periodic table. They each have unique properties that make them special:

Metals:

  • Metals are great at carrying heat and electricity.
  • Examples include copper and iron.
  • They are shiny and can be shaped easily into sheets.

Non-metals:

  • Non-metals do not carry heat and electricity very well.
  • Examples include oxygen and sulfur.
  • They tend to be dull and can break easily. Non-metals are mostly found as gases or in solid form.

Metalloids:

  • Metalloids have a mix of both metal and non-metal traits.
  • Examples include silicon and arsenic.
  • They can carry electricity, but not as well as metals can.

These differences help us understand how these elements act and how we can use them!

Related articles