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Japanese Snowball Fight Yukigassen (四国雪合戦) At Miyoshi City Tokushima

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Yukigassen: Japan's Crazy Snowball Fighting Sport

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https://thesporting.blog/blog/yukigassen-explained

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Sa bawat laban, ang parehong koponan ay magkakaroon ng tig-siyam-na-pung snowballs. Ang mga snowball ay isinasagawa sa loob ng labing-limang minuto bago ang simula ng laro. Sa pagsisimula, ang mga manlalaro ay maghahagis ng mga snowball patungo sa kalaban. Kung ang snowball ay tumama sa isang manlalaro, siya ay ituturing na tanggal sa laro. Kung ang manlalaro naman ay lumabas o pumulot ng snowball mula sa labas ng court, ito ay itinuturing na isang foul, at sila ay ikokonsiderang tanggal na din sa laro.

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Ang bawat manlalaro ay binibigyan ng helmet at guwantes upang maprotektahan nila ang kanilang sarili mula sa ano mang pinsala o kapahamakang maaaring mangyari. Ang bawat koponan ay may bandila na nakalagay sa gilid ng kalabang koponan at dapat itong makuha ng mga manlalaro. Ang koponan na unang kukuha ng bandila ng kalaban ang mananalo sa set. Ang bawat set ay tumatagal ng mga tatlo hanggang limang minuto. Ang unang koponan na nanalo ng dalawang set ay itinuturing na nagwagi sa laban.

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Ang Yukigassen ay isang team sport na nilalaro sa pagitan ng dalawang koponan. Ang bawat koponan ay may pitong manlalaro. Ito ay nilalaro sa isang court na may espesyal na disenyong napalilibutan ng yelo. Kasama sa espasyong ito ang maliliit na pader na barikada na kung saan ang mga hadlang na ito ay ginagamit ng mga manlalaro upang maprotektahan ang kanilang sarili upang hindi matamaan ng niyebe ang kanilang katawan. Karamihan sa mga barikada ay ginawa at ipinatas ng mga manlalaro gamit ang niyebe.

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Ang Yukigassen ay isa sa isang uri ng isport na kinabibilangan ng pakikipaglaban gamit ang mga snowball. Ang isport na ito ay nagmula sa Japan na kung saan ito ay kasalukuyang nilalaro din sa Australia, Canada, at sa maraming bansa sa Europa.

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Ang pangalang "Yukigassen" ay nagmula sa dalawang salita: "Yuki," na ang ibig sabihin ay niyebe, at "kaseen," na ang ibig namang sabihin ay  labanan. Kaya naman kapag ito’y pinagsama, ang kabuuang kahulugan nito ay labanan gamit ang mga niyebe.

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London dispersion forces are actually what hold many substances together. Real-life examples include petroleum jelly, which is mostly made of alkanes of varying lengths. Because alkanes are non-polar and lack hydrogen bonds, the only IMF they have is Van der Waals dispersion. The London dispersion force is the weakest intermolecular force, according to the study. When the electrons in two nearby atoms occupy positions that cause the atoms to form temporary dipoles, it produces a temporary attractive force. An induced dipole-induced dipole attraction is a term used to describe this force.

https://cnx.org/contents/2mbWp5z3@2/Intermolecular-Forces

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Ion-dipole force is a type of intermolecular force that exists between an ion and a dipole molecule. A positive ion will be attracted to the polar molecule's negative pole, while a negative ion will be attracted to the polar molecule's positive pole. This can be seen when sodium chloride (NaCl) dissolves in water. The slightly negative oxygen atoms in the water molecule attract the positive sodium ion (Na+), while the slightly positive hydrogen atom attracts the negative chloride ion (Cl). The ionic bonds between the sodium and chloride ions are weakened by these intermolecular interactions, and thus the sodium chloride dissolves in water.

https://cnx.org/contents/2mbWp5z3@2/Intermolecular-Forces

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Water is a great illustration of hydrogen bonding in action. The bond is formed between the hydrogen atoms of one water molecule and the oxygen atoms of another water molecule, rather than between the two hydrogen atoms themselves which have become a common misconception. The polar structure of the water molecule causes each hydrogen atom to be attracted to both the oxygen it is bonded to and the non-hydrogen side of the oxygen atoms in other water molecules. The crystal structure of ice is formed by hydrogen bonding in water, making it less dense than water and allowing it to float.

https://www.thoughtco.com/hydrogen-bond-examples

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A dipole (two poles) is a pair of opposite charges separated from each other in the hydrogen chloride molecule. In order to generate an inert gas electron configuration, each atom in HCl requires one extra electron. The electronegativity of chlorine is stronger than that of hydrogen, but the chlorine atom's attraction for electrons is insufficient to take one electron from hydrogen. As a result, in a polar covalent bond, the bonding electrons in hydrogen chloride are shared unequally. Because of the unequal sharing of the bonding pair, the chlorine atom has a partial negative charge and the hydrogen atom has a partial positive charge.

https://www.sciencedirect.com/topics/chemistry/polar-covalent-bond