Metals that bend easily (malleable):

* Gold: Highly malleable, can be hammered into thin sheets.

* Silver: Also very malleable, often used for jewelry and coins.

* Copper: Used for wiring and plumbing, relatively easy to bend.

* Aluminum: Lightweight and malleable, common in construction and packaging.

* Tin: Soft and malleable, used in solder and cans.

* Lead: Soft and malleable, used in batteries and radiation shielding.

* Sodium: Very soft and malleable, highly reactive, not used for bending in everyday applications.

Metals that bend with more effort (ductile):

* Iron: Can be bent, but requires more force than softer metals.

* Steel: A strong alloy of iron, can be bent depending on its composition and treatment.

* Nickel: Often used in alloys for strength and durability.

* Titanium: Strong and lightweight, used in aerospace and medical applications.

* Brass: An alloy of copper and zinc, bendable, but less so than copper.

Metals that are difficult to bend (brittle):

* Tungsten: Extremely hard and brittle, used in light bulbs and tools.

* Chromium: Hard and brittle, used for plating and stainless steel.

* Zinc: Hard and brittle, used for galvanizing and alloys.

* Mercury: A liquid metal, not considered "bendable" in the traditional sense.

Important Factors:

* Purity: Impurities in metals can affect their bending properties.

* Temperature: Metals are more malleable when heated.

* Processing: Heat treatment and cold working can change a metal's bendability.

Remember, "bending" can also refer to changing the shape of a metal using processes like:

* Forging: Heating and hammering to reshape.

* Rolling: Passing metal through rollers to create sheets or bars.

* Extrusion: Forcing metal through a die to create a specific shape.

Let me know if you have any other questions!