J & S Records

J & S Records was a New York record label started in 1956 and continued through to the early 1970s. The owner was Zelma “Zell” Sanders (1922–1976), one of the few woman label owners in the record business.

In the early 1950s Sanders was managing a girl vocal group, The Hearts. She arranged a contract for them on New York's Baton Records and hired and fired members till she got the mix she wanted. In mid 1956 she decided to start her own label, J & S Records.

The label's first big success came in 1957, with Johnnie and Joe's "Over the Mountain; Cross the Sea", a duo which included Sanders' daughter Johnnie Louise Richardson. The song was written by Rex Garvin, who also sang vocal harmonies. Garvin was pianist and musical director with the Hearts, and became J&S’s musical back room boy. As well as writing and producing many of the songs that the label released, he also sang back up vocals when required. "Over the Mountain, Cross the Sea" was leased to Chess Records for national distribution., Chess record spelled the title OVER THE MT.,ACROSS THE SEA.

Jōsō

Jōsō (常総市, Jōsō-shi) is a city located in Ibaraki Prefecture, in the northern Kantō region of Japan. As of September 2015, the city had an estimated population of 62,686 and a population density of 507 persons per km². Its total area was 123.64 square kilometres (47.74 sq mi). The city has a large expatriate population from Brazil, and many of the city signs are in both Japanese and Portuguese.

Geography

Jōsō is located in southwestern Ibaraki Prefecture, approximately 50 kilometers north of central Tokyo. Most of the city is flat, with an average elevation of 10-20 meters above sea level. The Kinugawa River flows through the city.

Surrounding municipalities

History

The town of Mitsukaidō was established within Toyoda District with the creation of the municipalities system on April 1, 1889. The area was transferred to Yūki District in 1894. On July 10, 1954 Mitsukaidō merged with the villages of Sugawara, Ohanawa, Mitsuma, Goka, Ono and Sakate, and was elevated to city status. It further annexed the villages of Sugao and Uchimoriya on April 1, 1956.

Jūsō

Jūsō (十三, lit. "Thirteen") is an area in Yodogawa-ku in north central Osaka, Japan.

The core of the area is Jūsō Station, the hub station of the Hankyu Railway system. The area typifies the unique culture of Osaka. Situated across the Yodo River from central Osaka, Jūsō is centrally located for easy access by Hankyu Railway lines to other major Kansai cities: 24 minutes to Kobe (Sannomiya Station) to the west and 40 minutes to Kyoto (Kawaramachi Station) to the northeast.

Predominantly known as the pink area of Osaka, Jūsō has a robust red light district area in the Hommachi West area.

Jūsō is also famous for its wide variety of high quality classic Osaka cuisine featuring okonomiyaki, negiyaki, and takoyaki shops.

In August every year, a massive fireworks celebration takes place beside the Yodo River; the people who attend this celebration often wear traditional yukatas and wooden sandals.

History

The name Jūsō is written with the kanji for "thirteen." One theory as the origin of the name states that it was originally the thirteenth stop on the Yodo River going from Kyoto to Osaka Bay. A less popular theory holds that the name originated in numbering under the old jorisei (条里制) land allocation system.

Watt

The watt (symbol: W) is a derived unit of power in the International System of Units (SI), named after the Scottish engineer James Watt (1736–1819). The unit is defined as joule per second and can be used to express the rate of energy conversion or transfer with respect to time. It has dimensions of L²MT⁻³.

Examples

When an object's velocity is held constant at one meter per second against constant opposing force of one newton the rate at which work is done is 1 watt.

In terms of electromagnetism, one watt is the rate at which work is done when one ampere (A) of current flows through an electrical potential difference of one volt (V).

Two additional unit conversions for watt can be found using the above equation and Ohm's Law.

Where ohm () is the SI derived unit of electrical resistance.