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At first, Pesina was using a cheap story-bought ninja costume, purchased by him because of budget reasons, that was a size too small and thus caused problems during the filming session. Sub-Zero's early costumes have been very simple due to technical limitations. The scar was originally red, and later changed to blue in Mortal Kombat: Deadly Alliance as a result of Sub-Zero's enhanced powers.

In Mortal Kombat: Deception , his scar has faded to the point where it can no longer be seen. He now wore an armored uniform heavily inspired by Dynastic era Chinese battle armor, though it was often criticized by fans as being too reminiscent of Teenage Mutant Ninja Turtles villain, the Shredder.

However, Sub-Zero's alternate uniform was very reminiscent of Chinese culture, even featuring Sub-Zero without a cowl and a Qing Dynasty -era hairstyle. In Mortal Kombat: Armageddon , Sub-Zero reverts to his masked costume from Deadly Alliance , retaining the scar, which is not part of his alternate costume which is the primary one from Deception. Since Deadly Alliance , Sub-Zero is the only character who has shown considerable signs of aging. Concept art from Deadly Alliance depicted him with a graying, receding hairline, and a more pale and gaunt face, while his scar was now blue and his forearms frozen over.

Although Sub-Zero originally had blue eyes, they turned white after he obtained the Dragon Medallion in the game. Sub-Zero's appearance in Mortal Kombat: Shaolin Monks was one of the most revised ones from the title. Character lead Mark Lappin did almost ten passes on his design; producer Shaun Himmerick noted that "we went through literally heads and styles of head costume on him" and commented that Sub-Zero's design in Mortal Kombat was difficult to make although most people called it "simple".

In the end, the staff was satisfied with his final look in the game as it reminisces them to his classic outfit. When he first appeared in the first Mortal Kombat , Sub-Zero featured only two special moves: his ice blast and sliding kick. Mortal Kombat II added his ground freeze move, and two new Fatalities including the now-famous one where he would freeze and shatter the victim.

According to Boon, Sub-Zero's Freeze was originally omitted from the game in place of the Ice Shower, but was brought back in the next revision following fan feedback at a local arcade. However, the move was intentionally censored by Midway; right after he grabbed onto his opponent, the screen went black and only the resulting sound effects were heard. This was due to the development team choosing not to animate the spine rip fatality for each of the updated character sprites in the game.

The Nintendo 64 port of Mortal Kombat Trilogy gives all of the younger Sub-Zero's special techniques and finishing moves to the classic masked version, due to the fact the N64's cartridge format had memory restrictions that did not allow the use of both masked and unmasked characters. The developers had to remove the "Spine Rip" from Mortal Kombat vs. DC Universe as that game was aimed at a younger audience. Accompanied by fellow Lin Kuei member Hydro an original character created for the comics , he confronted Scorpion and surpassed his fear of him when he realized that was what fuelled the specter's powers.

Like the other characters, he pursued the powers of the Tao Te Zhan. During the final Tournament Edition issue, Sub-Zero is depicted as being the victor of Shao Kahn's tournament, defeating Goro and claiming the Dragon Medallion, despite being mortally wounded by Scorpion.

The Mortal Kombat 3 version of Sub-Zero made a cameo appearance in the epilogue of Malibu Comics ' Battlewave miniseries, in which he froze a group of Lin Kuei while proclaiming that the clan was corrupted and no longer worthy of his services. This subplot was never developed as the Mortal Kombat comic book series folded shortly thereafter. Although Shang Tsung does make a reference to the rivalry between Scorpion and Sub-Zero early in the film, their relationship is not explored and both are slaves under the sorcerer's command. He is killed in combat by Liu Kang when he is impaled and frozen.

The younger Sub-Zero made an unmasked appearance in Mortal Kombat: Annihilation , where he was portrayed by Keith Cooke , who had played Reptile in the first movie. He urges Liu Kang to seek out Nightwolf, as instructed by Raiden, before going after Kitana, then leaves Liu Kang to continue on his quest. Sub-Zero is one of the leading characters in the animated series Mortal Kombat: Defenders of the Realm , where he is voiced by Luke Perry.

An ancestor of Sub-Zero is featured in two episodes of the live-action series Mortal Kombat: Konquest , and was played by J. He was a Lin Kuei assassin hired by Shang Tsung to defeat Great Kung Lao and retrieve a magic crystal from his home, which had the ability to transport its keeper to other dimensions. Sub-Zero was subsequently berated by the Lin Kuei for his weakness, resulting in him killing the Grandmaster.

Bi-Han, the elder Sub-Zero, appears in the seventh episode of the live-action series Mortal Kombat: Legacy , assassinating a shogun whom Hanzo Hasashi was supposed to protect and fought against him at the end of part one. In the next episode it is revealed that Quan Chi impersonated him in order to deceive Scorpion into believing that Sub-Zero murdered his family and clan to enact a false sense of vengeance in him against Bi-Han and gain his allegiance for the upcoming Mortal Kombat tournament. When they become adults, Kuai Liang threatens Hanzo and his family while out for a walk and Hanzo is forced to kill Kuai Liang.

Bi-Han, believing Hanzo was protecting his family, decides to end the feud between their two clans out of respect for his friend. He becomes saddened and enraged by the fact that his clan had supposedly killed Hanzo, his family, and his clan. He then discovers that Quan Chi had impersonated him. Having been chosen to fight for Earthrealm in Mortal Kombat, he encounters Hanzo on the battlefield. Bi-Han's efforts to explain himself to Hanzo are fruitless, as Hanzo is now an undead specter only responding to the name Scorpion, who then kills Bi-Han by ripping out his spine. A brief image of Sub-Zero can be seen in the short film Mortal Kombat: Rebirth where dialogue implies a deadly rivalry between him and Hanzo Hasashi.

Deemed as one of the most popular and recognizable characters in the Mortal Kombat franchise, as well as in the fighting-genre as a whole, Sub-Zero is regarded as the franchise's most iconic character along with Scorpion.

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He was given the award of the best fighter of by SuperGamePower readers vote. DC Universe was emphasized by IGN who noted that although both characters were extremely powerful, Sub-Zero's freezing skills were more entertaining than Batman's abilities. In , UGO ranked Sub-Zero ninth on their top list of Mortal Kombat characters, noting his ninja costume as the most iconic from the series.

IGN included Sub-Zero's first incarnation at 85th place in their list of video game villains. Sub-Zero was featured on numerous lists of the best video game ninja characters, including in these by CrunchGear at number ten in , [92] by Unreality at number four in , [93] and ScrewAttack at number five in His ice-projectile technique has been noted by 1UP.

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Media related to Sub-Zero at Wikimedia Commons. From Wikipedia, the free encyclopedia. Mortal Kombat character. This article is about the video game character. For other uses, see Sub-Zero disambiguation. Sub-Zero in Mortal Kombat 11 Archived from the original on April 2, Retrieved April 17, Retrieved January 24, Mortal Kombat. Mortal Kombat II. Midway Games. Archived from the original on October 17, Retrieved November 16, Mortal Kombat: Deception. Shujinko: Noob Saibot was surprised to see how much stronger his brother had become. If he were still Lin Kuei, still human, he would probably have shown some degree of pride.

But as Raiden had revealed during the ordeal with Shinnok 's amulet, his soul had been tainted when he had died at the hand of Scorpion. Mortal Kombat Mythologies: Sub-Zero. Sub-Zero: Fine I get to the temple and then what? What's inside? Raiden: Do you realize what you've done??

Climate and Earth’s Energy Budget

You must now set things straight. I've never heard of an elder god named Shinnok or of a place called the Netherealm. We must act quickly. I have no dominion in the Netherealm You are reality's only hope. Sub-Zero: Here Perhaps you will reconcile your reckless past after all. Mortal Kombat 3.

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Even better? Reducing and reusing. Here are some of our favorite zero waste products to help you curb trash at home. Some superheroes have X-ray vision. You're more of an X-ray visionary, creating ominous ambience in minutes flat. Who else would have thought to slip anatomy cards into apothecary jars, then drop in a flameless candle to illuminate the malevolent collection?

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Well, we did—but great minds think alike, don't they? Create an elegant yet casual look with the Sun Zero Grant solid room darkening pole top panel from Lichtenberg. Featuring a rod pocket header for easy hanging, the thick texture of each panel will block out unwanted sunl …. Create an elegant yet casual look with the Grant solid room darkening pole top panel from Sun Zero. Featuring a rod pocket header for easy hanging, the thick texture of each panel will block out unwanted sunlight. The Nordstrom Anniversary Sale may not start until July 19 with early access for cardmembers beginning July 12 , but that doesn't mean you can't take advantage of deals on dresses now.

From semi-formal to ultra-casual, Nordstrom has a dress for every style and occasion. Whether you're just married or are searching for the perfect gift to give the happy couple, you can't go wrong with a small kitchen appliance. Amazon Prime Day is a two-day sale available exclusively to Prime members , and this year we're keeping tabs on kitchen appliances. From air fryers to blenders, these are the kitchen appliances we hope to see on sale this Prime Day. Start shopping on July 15 and make sure to sign up for your free trial of Amazon Prime so you don't miss out on any deals.

You don't need to be a pro-crafter to create gorgeous DIY projects. However, the relative contribution of the atmosphere and the surface to each process absorbing sunlight versus radiating heat is asymmetric. The atmosphere absorbs 23 percent of incoming sunlight while the surface absorbs The atmosphere radiates heat equivalent to 59 percent of incoming sunlight; the surface radiates only 12 percent.

In other words, most solar heating happens at the surface, while most radiative cooling happens in the atmosphere.

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How does this reshuffling of energy between the surface and atmosphere happen? At each level, the amount of incoming and outgoing energy, or net flux, must be equal. Remember that about 29 percent of incoming sunlight is reflected back to space by bright particles in the atmosphere or bright ground surfaces, which leaves about 71 percent to be absorbed by the atmosphere 23 percent and the land 48 percent.

Energy leaves the surface through three processes: evaporation, convection, and emission of thermal infrared energy. About 25 percent of incoming solar energy leaves the surface through evaporation. Liquid water molecules absorb incoming solar energy, and they change phase from liquid to gas. The heat energy that it took to evaporate the water is latent in the random motions of the water vapor molecules as they spread through the atmosphere.

When the water vapor molecules condense back into rain, the latent heat is released to the surrounding atmosphere. Evaporation from tropical oceans and the subsequent release of latent heat are the primary drivers of the atmospheric heat engine described on page 3. Towers of cumulus clouds transport energy away from the surface of the Earth. Solar heating drives evaporation. Warm, moist air becomes buoyant and rises, moving energy from the surface high into the atmosphere.

Energy is released back into the atmosphere when the water vapor condenses into liquid water or freezes into ice crystals. An additional 5 percent of incoming solar energy leaves the surface through convection. Air in direct contact with the sun-warmed ground becomes warm and buoyant. In general, the atmosphere is warmer near the surface and colder at higher altitudes, and under these conditions, warm air rises, shuttling heat away from the surface. Finally, a net of about 17 percent of incoming solar energy leaves the surface as thermal infrared energy heat radiated by atoms and molecules on the surface.

These competing fluxes are part of the greenhouse effect, described on page 6. Remember that the peak wavelength of energy a surface radiates is based on its temperature. The peak radiation from the surface is at thermal infrared wavelengths around Satellite measurements indicate that the atmosphere radiates thermal infrared energy equivalent to 59 percent of the incoming solar energy. If the atmosphere is radiating this much, it must be absorbing that much. Where does that energy come from? Clouds, aerosols, water vapor, and ozone directly absorb 23 percent of incoming solar energy.

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Evaporation and convection transfer 25 and 5 percent of incoming solar energy from the surface to the atmosphere. These three processes transfer the equivalent of 53 percent of the incoming solar energy to the atmosphere. If total inflow of energy must match the outgoing thermal infrared observed at the top of the atmosphere, where does the remaining fraction about percent come from?

Mortal Kombat Mythologies: Sub-Zero - Level 3: Earth

Just as the major atmospheric gases oxygen and nitrogen are transparent to incoming sunlight, they are also transparent to outgoing thermal infrared. However, water vapor, carbon dioxide, methane, and other trace gases are opaque to many wavelengths of thermal infrared energy. Remember that the surface radiates the net equivalent of 17 percent of incoming solar energy as thermal infrared.

However, the amount that directly escapes to space is only about 12 percent of incoming solar energy. The remaining fraction—a net percent of incoming solar energy—is transferred to the atmosphere when greenhouse gas molecules absorb thermal infrared energy radiated by the surface. Where does the atmosphere get its energy? When greenhouse gas molecules absorb thermal infrared energy, their temperature rises.

Like coals from a fire that are warm but not glowing, greenhouse gases then radiate an increased amount of thermal infrared energy in all directions.

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  • Heat radiated upward continues to encounter greenhouse gas molecules; those molecules absorb the heat, their temperature rises, and the amount of heat they radiate increases. At an altitude of roughly kilometers, the concentration of greenhouse gases in the overlying atmosphere is so small that heat can radiate freely to space. The temperature of the surface becomes warmer than it would be if it were heated only by direct solar heating.

    On average, watts per square meter of solar energy arrives at the top of the atmosphere. Earth returns an equal amount of energy back to space by reflecting some incoming light and by radiating heat thermal infrared energy. Most solar energy is absorbed at the surface, while most heat is radiated back to space by the atmosphere. Earth's average surface temperature is maintained by two large, opposing energy fluxes between the atmosphere and the ground right —the greenhouse effect.

    Remember that the amount of energy a surface radiates always increases faster than its temperature rises—outgoing energy increases with the fourth power of temperature. The net upward heat flow, then, is equivalent to 17 percent of incoming sunlight percent up minus percent down. Some of the heat escapes directly to space, and the rest is transferred to higher and higher levels of the atmosphere, until the energy leaving the top of the atmosphere matches the amount of incoming solar energy.

    These destabilizing influences are called climate forcings. Manmade forcings include particle pollution aerosols , which absorb and reflect incoming sunlight; deforestation, which changes how the surface reflects and absorbs sunlight; and the rising concentration of atmospheric carbon dioxide and other greenhouse gases, which decrease heat radiated to space. A forcing can trigger feedbacks that intensify or weaken the original forcing.

    The loss of ice at the poles, which makes them less reflective, is an example of a feedback. It absorbs thermal infrared energy with wavelengths in a part of the energy spectrum that other gases, such as water vapor, do not. Although water vapor is a powerful absorber of many wavelengths of thermal infrared energy, it is almost transparent to others. The maximum transparency occurs at 10 micrometers, but partial transparency occurs for wavelengths between about 8 and about 14 micrometers.

    All atmospheric gases have a unique pattern of energy absorption: they absorb some wavelengths of energy but are transparent to others. The absorption patterns of water vapor blue peaks and carbon dioxide pink peaks overlap in some wavelengths. The absorption of outgoing thermal infrared by carbon dioxide means that Earth still absorbs about 70 percent of the incoming solar energy, but an equivalent amount of heat is no longer leaving.