Seo Ye-ji

Seo Ye-ji (born April 6, 1990) is a South Korean actress. She began her acting career in the sitcom Potato Star 2013QR3 (2013-2014). This was followed by major roles in period drama The Night Watchman's Journal (2014) and thriller Last (2015).

Filmography

Film

Television drama

Music video

References

External links

Seo

Seo or SEO may refer to:

Organisations and economics

Places

Other uses

See also

Seo (surname)

Seo, sometimes romanized Suh or So, is a royal Korean family name and royal Korean family name which is not common. The Seo Clan in Silla was founded by Kim Alcheon. The descendants of this royal bloodline are part of a lineage that was once renowned for its imperial success during the early 9th century. Since its beginning, the clan was held in high regard for its economic and military finesse, which played a vital role in reuniting the political factions that caused civil unrest in the Middle Joseon Dynasty. The clan has since been consulted on numerous military and economic affairs until the assassination of Empress Myeongseong in 1895. Japan, noticing the proliferation of the clan in the senior ranks of King's counsel, started targeting members of the clan for assassination immediately following Empress Myeongseong's death. Despite their number being greatly reduced, the Seo surname has grown in number since the end of the Joseon Dynasty in 1897. Through unrestricted intermarriage, Seo is now the 11th most common surname in Korea and is held in esteem in economic and military circles.

Selenate

The selenate ion is SeO₄²⁻.

Selenates are analogous to sulfates and have similar chemistry. They are highly soluble in aqueous solutions at ambient temperatures.

Unlike sulfate, selenate is a somewhat good oxidizer; it can be reduced to selenite or selenium.

In strongly acidic conditions, the hydrogen selenate ion, HSeO₄⁻, is formed. It corresponds to the selenic acid, H₂SeO₄, which is a strong acid and can in its concentrated form dissolve gold.

The element selenium exhibits several valence states. Selenate is the least reduced, followed by selenite, and elemental selenium. The valence state is an important factor to the toxicity of selenium. Selenate is the form required by organisms that need selenium as a micronutrient. These organisms have the ability to acquire, metabolize and excrete selenium. The level at which selenium becomes toxic varies from species to species and is related to other environmental factors like pH and alkalinity that influence the concentration of selenite over selenate.