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bbno$ squid game season 2 edit thanos

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Deok-su VS Thanos
Is something we need and something we need an answer to.
Deok-su best weapon is pure strength and skill, but Thanos gets his strength from the drugs. The drugs make him more energetic and crazy, making him stronger.
They're both known for being strong, but Deok-su was the villain player in S1, but in S2 In-ho/Young-il/001 is. And Thanos is just a character everyone knows, and girls simp over.
WHO WOULD WIN?!?

ShadowPlaysGames

Unpopular opinion, Thanos would not win in a physical fight with the s1 villain, but would crush him with his cruelty in the games; bc of the drugs and him being crazy and able to kill people with no hesitation.

Xiao___LUMENT

Smoothest edit I've ever come across!✨✨✨

FanofCCArtz

For those who dont know:

A hammer is a simple yet versatile tool used in various industries, including construction, carpentry, and DIY projects. Its primary function is to drive nails, fit parts together, or break apart objects. Let's take a closer look at how a hammer works.

Components of a Hammer
A typical hammer consists of several key components:

1. *Handle*: The handle, also known as the haft, is the part of the hammer held by the user. It's usually made of wood, fiberglass, or steel.
2. *Head*: The head is the metal part of the hammer that strikes the object. It's typically made of forged steel or titanium.
3. *Claw*: Some hammers have a claw, which is a curved or V-shaped metal piece used for pulling nails out of wood.
4. *Striking surface*: The striking surface is the flat or rounded part of the hammer head that comes into contact with the object being struck.

Mechanics of a Hammer
When using a hammer, the user generates force by swinging their arm and applying pressure to the handle. This force is then transferred to the head of the hammer, which strikes the object with significant kinetic energy.

The effectiveness of a hammer depends on several factors:

1. *Mass*: The mass of the hammer head determines the amount of force generated upon impact. Heavier hammers tend to be more effective for driving large nails or breaking apart objects.
2. *Velocity*: The velocity of the hammer swing also affects the force generated. A faster swing results in a more powerful impact.
3. *Angle*: The angle of incidence, or the angle at which the hammer strikes the object, can influence the effectiveness of the strike. A perpendicular strike tends to be more effective than a glancing blow.

Types of Hammers
There are various types of hammers, each designed for specific tasks:

1. *Claw hammer*: A claw hammer features a curved claw for pulling nails and a flat striking surface.
2. *Ball-peen hammer*: A ball-peen hammer has a rounded striking surface and is often used for shaping metal or closing rivets.
3. *Sledgehammer*: A sledgehammer is a large, heavy hammer used for breaking apart objects or driving stakes.
4. *Mallet*: A mallet is a type of hammer with a large, flat or rounded striking surface, often used for tapping or shaping objects without damaging them.

Safety Precautions
When using a hammer, it's essential to follow safety guidelines:

1. *Wear protective gear*: Wear safety glasses and gloves to protect yourself from flying debris and hammer strikes.
2. *Choose the right hammer*: Select a hammer suitable for the task at hand, taking into account the type of material being struck and the amount of force required.
3. *Maintain proper technique*: Use proper swinging technique to avoid accidents and ensure effective strikes.

In conclusion, a hammer is a fundamental tool that relies on the principles of physics to generate force and drive objects. By understanding how a hammer works and following safety guidelines, users can effectively and safely utilize this versatile tool in various applications.

AbombCat