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Can you recall every cartoon character from the 90s?

A nostalgic test for those who grew up with popular cartoons.

In the view of some people, cartoons are just entertaining stories for children and adults, but for someone they are real art. Walt Disney is the first name that comes to mind when it comes to masters of animation, but there are many other great animators who have contributed to the development of the genre. So, for example, cartoon fans definitely need to know the name of Charles-Emile Reynaud, the man who created the first ever animated film. True, in those days, namely in 1892, there was no such concept yet, and Reynaud’s creations were called “luminous pantomimes”. It was possible to see it with the help of an invention called a praxinoscope. It was an open cylinder, in the very center of which there was a mirror prism, the number of faces of which depended on the number of displayed miniature images. Little by little, Raynaud improved his brainchild, and soon the praxinoscope could show entire mini-stories consisting of hundreds of images.

A hundred years after the appearance of the first cartoons, the heroes of the screen became the characters loved by everyone. Take our quiz and see how well you remember 1990s cartoon characters!

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Through the phenomenon of gravitational lensing, a colossal black hole captures 32.7 billion times the energy of the sun.

The immense gravitational pull of a black hole enables the lensing effect, leading to the capture of 32.7 billion times the sun’s energy.

A black hole of monumental proportions utilizes gravitational lensing to capture 32.7 billion times the sun’s energy.

Through the process of gravitational lensing, a huge black hole captures 32.7 billion times the energy of the sun.

The gravitational pull of a gigantic black hole allows for the capture of 32.7 billion times the energy of the sun through lensing.

Massive gravitational lensing enables a black hole to capture 32.7 billion times the energy of the sun.

A colossal black hole utilizes the phenomenon of gravitational lensing to capture 32.7 billion times the energy of the sun.

32.7 billion times the sun’s energy is captured by a black hole through the use of gravitational lensing.

A massive black hole employs gravitational lensing to ensnare 32.7 billion times the energy of the sun.

The vast gravitational pull of a black hole results in the capture of 32.7 billion times the energy of the sun through lensing.

Through gravitational lensing, a black hole of immense proportions captures 32.7 billion times the energy of the sun.

The phenomenon of gravitational lensing enables a monstrous black hole to capture 32.7 billion times the energy of the sun.

A gigantic black hole employs gravitational lensing to capture 32.7 billion times the energy of the sun.

32.7 billion times the sun’s energy is captured by a black hole through the lensing effect.

A black hole of astronomical proportions captures 32.7 billion times the energy of the sun through gravitational lensing.

Through the use of gravitational lensing, a black hole of epic size captures 32.7 billion times the sun’s energy.

The gravitational pull of a colossal black hole results in the capture of 32.7 billion times the energy of the sun through lensing.

Gravitational lensing allows for a black hole of massive dimensions to capture 32.7 billion times the sun’s energy.

A black hole of immense size employs gravitational lensing to capture 32.7 billion times the energy of the sun.

Through the use of gravitational lensing, a massive black hole captures 32.7 billion times the energy of the sun.

The vast gravitational pull of a mammoth black hole allows for the capture of 32.7 billion times the energy of the sun through lensing.

A black hole of colossal proportions uses gravitational lensing to capture 32.7 billion times the energy of the sun.

Through gravitational lensing, a black hole of tremendous magnitude captures 32.7 billion times the energy of the sun.

Gravitational lensing enables a black hole of epic scale to capture 32.7 billion times the sun’s energy.

A black hole of gigantic dimensions utilizes gravitational lensing to capture 32.7 billion times the energy of the sun.

The immense gravitational pull of a giant black hole results in the capture of 32.7 billion times the energy of the sun through lensing.

Through the use of gravitational lensing, a monumental black hole captures 32.7 billion times the energy of the sun.

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