1 ephah = 10 omer 1 omer = 0.1 ephah
In the ancient Hebrew system of measurement, an ephah is a unit of dry volume equivalent to about 22 liters. Two tenths of an ephah would be 0.2 times the volume of an ephah, which is approximately 4.4 liters. This calculation is based on the proportional relationship between the fractions and the whole unit of measurement.
An ephah is an ancient Hebrew unit of dry measure. It is about 1 bushel or 35 liters. I read it recently in the book of Ruth where Ruth gathers "about an ephah of barley" (Ruth 2:17).
In ancient Hebrew measurement, an ephah is a unit of dry volume equivalent to about 22 liters. Therefore, a tenth of an ephah would be approximately 2.2 liters. This measurement is often used in the context of offerings and sacrifices in the Old Testament.
An ephah is an ancient unit of measurement used for dry goods, equivalent to about 22 liters or approximately 35 pounds.
1 bushel 35 liter
The smallest unit was the egg (ביצה), then came the Log (לג), Kav (קב), Se'ah (סאה), Ephah (איפה), Letekh (לתך), and Kor (כור). (The Letekh is sometimes translated as wine-skin, but this is just a guess.) These measurements were related as follows: 6 Eggs (Bezah) = 1 Log 4 Log = 1 Kav 6 Kav = 1 Se'ah 3 Se'ah = 1 Ephah 5 Ephah = 1 Letek 2 Letek = 1 Kor
An ancient Hebrew unit of dry measure, equal to a tenth of a homer or about one bushel (35 liters).
In the King James version the 1948th verse is Exo 16:36 Now an omer is the tenth part of an ephah.
kid, and unleavened cakes of an ephah of flour: Judges 6:19 (KJV)
There are none - the only people in the Bible with a name starting with eph are Ephah, Ephron, Epher, and Ephraim but none of them were prophets.
There is no equivalence. A kilogram is a measure of mass. An ephah is a measure of volume. The two measure different things and, according to basic principles of dimensional analysis, conversion from one to the other is not valid. The masses of equal volumes of the two substances will clearly be very different. So there is no direct conversion between mass and volume: you need to know the density of the substance to enable you to carry out the conversion.