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According to Herbert G. May, chief editor of two classic Bible-related reference books, the bath may be archaeologically determined to have been about 22 liters (5.75 US gal) from a study of jar remains marked 'bath' and 'royal bath' from Tell Beit Mirsim. [38] Based on this, a Revi'ith would measure (approx.) 76 ml or 2.7 fluid oz.
The se'ah or seah (Hebrew: סאה sə’āh), plural se'im, is a unit of dry measure of ancient origin found in the Bible and in Halakha (Jewish law), which equals one third of an ephah, or bath. In layman's terms, it is equal to the capacity of 144 medium-sized eggs, or what is equal in volume to about 9 US quarts (8.5 litres). [1]
A homer (Hebrew: חֹמֶר ḥōmer, plural חמרם ḥomārim; also כֹּר kōr) is a biblical unit of volume used for liquids and dry goods. One homer is equal to 10 baths, or what was also equivalent to 30 seahs; each seah being the equivalent in volume to six kabs, and each kab equivalent in volume to 24 medium-sized eggs. [1]
One litre is slightly larger than a US liquid quart and slightly less than an imperial quart or one US dry quart. A mnemonic for its volume relative to an imperial pint is "a litre of water's a pint and three-quarters"; this is very close, as a litre is about 1.76 imperial pints. A cubic foot has an exact volume of 28.316846592 litres.
[29] [30] The exact volume referred to by a seah is debated, and classical rabbinical literature specifies only that it is enough to fit 144 eggs; [31] most Orthodox Jews use the stringent ruling of the Avrohom Yeshaya Karelitz, according to which one seah is 14.3 litres, and therefore a mikveh must contain approximately 575 litres. [32] This ...
A unit of volume is a unit of measurement for measuring volume or capacity, ... 1 litre = 0.001 = 1: 1 gallon (US) = 0.003 785 411 784 = 3.785411784
On 7 April 1795, the metric system was formally defined in French law using six units. Three of these are related to volume: the stère (1 m 3) for volume of firewood; the litre (1 dm 3) for volumes of liquid; and the gramme, for mass—defined as the mass of one cubic centimetre of water at the temperature of melting ice. [10]
After the expansion, the thermal artesian well could not supply the larger volume of water needed, so a new well was drilled. The second thermal spring was found in 1938 at a depth of 1,256 metres (4,121 ft), with a temperature of 77 °C (171 °F). It supplies 6,000,000 litres (1,600,000 US gal) of hot water daily. [2]