The Origins of the Iconic Fatalities of 'Mortal Kombat'

January 21, 2023 Djinn

The Beginnings of Extra Bloody Fun

Mortal Kombat games first introduced us to the iconic fatality moves that have become part of the franchise's legacy. It might be hard to believe but these X-rated executions were something of a focus for the games early on and original versions of the game were almost too gory!

Mortal Kombat Origins

Mortal Kombat's original arcade game hit store shelves in 1992. At that point, the game quickly became known and popular for its ultra violent and bloody fight scenes. The game was one of the pioneers of visual violence in video games and the fatalities quickly became synonymous with the title.

Blood and Gore

These finishing moves truly pushed the boundaries of what was considered acceptable video game content. Not only did players have to deal with the usual punches and kicks but now they could tear their enemies to shreds in the ultimate display of gory victory- a signature of Mortal Kombat.

The Balance between Violence and Fun

The fatalities of Mortal Kombat are clearly violent but, at the same time, they present an over-the-top style of violence that allows the games to stay fun. After all, no one has to be seriously concerned about dismembered limbs or decapitated heads - these are just the most creative pay-off of the intense action of the game.

From Kiddie to Killer Games

Mortal Kombat is widely credited for spurring an era of video games with increased violence. Sega eventually had to create its own 'Mature' rating due to the intense violence of the game. Today, these games are mainstream entertainment and no longer considered to be controversial.

Fatalities are a big part of the legacy of Mortal Kombat and they remain a favourite feature of the long-running series. This iconic, exaggerated type of violence pushed the boundaries of what was thought to be possible in video games, sparking a revolution that changed the course of video game history.

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This blog post was written by Stanley Johnson

Breaking Down How the Magnet Motor Works

January 20, 2023 Djinn

Unravelling the Magic of the Magnet Motor

Though it may seem like something straight out of a science-fiction novel, the truth is that a magnet motor is a real thing. A magnet motor generates energy by harnessing the power of that most mysterious of forces: magnetism. But how exactly does this remarkable device work? Let's take a deeper look.

How It Works

The basic principle behind a magnet motor is that it uses an arrangement of permanent magnets and electromagnets in such a way that they create a perpetual motion machine. By alternating the polarity of the electromagnets, the magnets rotate, creating a continuous and unceasing rotational force. This rotational force can then be harnessed to generate electricity and power an electric generator.

Using Permanent Magnets

The key to making a magnet motor work is the use of permanent magnets. These permanent magnets have the intrinsic ability to store and convert energy without the need for additional sources. Permanent magnets are used because their strength and stability make them ideal for sustaining a constant rotating motion. The permanent magnets are arranged in such a way that their polarities alternate, creating an oscillating pattern from which electricity can be generated.

Harnessing Electromagnetism

The primary way that magnet motors produce electricity is through the use of electromagnets. An electromagnet is created when a relatively small coil of wire is connected to a battery. When this is done, electricity passes through the wire, creating a magnetic field. This field can then be used to harness and convert energy.

Adding to the System

To make the magnet motor more efficient, additional components and systems can be added to the system. For instance, a rotary switch or an alternator can be used to control the polarity of the electromagnets. This allows the oscillation of the magnets and the rotation of the motor to be matched perfectly, allowing the system to operate at maximum efficiency. In addition, a flyback diode or a voltage regulator can be added to the system to regulate the amount of energy that is produced by the motor.

Putting It All Together

While the concept of the magnet motor is a relatively simple one, it still takes some complex systems to make the device work. By combining permanent magnets, electromagnets, and other electrical components, a magnet motor can be created that is capable of producing a steady stream of electricity.

The Incredible Magnet Motor

When you really think about it, the magnet motor is nothing short of incredible. It uses only the powers of magnetism to generate a perpetual motion machine that can be used to create electricity. With its power and potential, the magnet motor has the capability to revolutionize the way we generate energy for our homes and businesses.

Harnessing the Power of Magnets: Understanding Magnet Motors

January 20, 2023 Djinn

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What is a Magnet Motor?

The simple answer is this: a magnet motor is electricity-generating device that uses magnets – either permanent or electromagnets – to drive its motion. It doesn’t need traditional fuel, like oil or gas, to run, and can be significantly more efficient than traditional power-generating systems.

Magnet motors work by taking advantage of the properties of electromagnetic fields. In short, electricity generated by magnets can be used to power motors and other electrical circuits. Electromagnetic propulsion (EMP) is becoming increasingly popular in the aerospace, automotive, and other industrial sectors, as it can provide potentially unlimited power without the need for traditional combustible fuel.

How Does a Magnet Motor Work?

In order to expertly harness the power of magnets to fuel a motor, it’s important to understand the basics of magnets and magnetism. Magnets have two poles, north and south. Opposite poles attract, while like poles repulse. Additionally, the strength of a magnet’s field decreases with distance.

A magnetic motor’s armature is set in motion when a magnetic field interacts with the coils in the armature. This causes an electrical current to pass through the coils, generating energy and powering the motor. The faster the armature’s revolutions, the more electricity is produced. By adding more magnets, the strength of the magnetic field and the electric current generated can be increased.

The Benefits of Using a Magnet Motor

Cheaper Fuel – Magnet motors are more efficient than traditional motors, so their fuel costs are typically lower. The electricity generated by magnet motors is also generally much less expensive than gas or diesel.

Reduced Emissions – Because magnet motors don’t require combustible fuels, they have a much smaller carbon footprint than traditional motors and are less prone to releasing harmful toxins into the air.

Increased Efficiency – The elimination of traditional fuels means that motor efficiency can be increased significantly. With no need to worry about the burning and spewing of gases, motor efficiency is maximized.

Overall, magnet motors offer a number of benefits in the field of electrical energy production. They are more efficient than traditional motors, don’t need fuel to run, and are more eco-friendly. More businesses and industries are looking into magnet motors as a potential alternative to traditional energy sources.