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Masu existed in many sizes, typically covering the range from one gō (一合枡, ichigōmasu, c. 180 mL), one Shō (ja:一升桝), isshōmasu c. 1.8 L) to one to (一斗枡, ittomasu, c. 18 L). The advent of modern rice cookers and a higher calorie diet in Japan has made them impractical for measuring portions of rice.
Cavan was reported in the late 19th century as a measure for rice equivalent to 98.28 litres. [4] Various references from the same period describe it as a unit of mass: for rice, 133 lb (about 60.33 kg); for cocoa, 83.5 lb, (about 37.87 kg) one source says on the average 60 kg for rice and 38 kg for cacao [5]). Other sources claim it was the ...
Rice plant (Oryza sativa) with branched panicles containing many grains on each stem Rice grains of different varieties at the International Rice Research Institute. Rice is a cereal grain and in its domesticated form is the staple food of over half of the world's population, particularly in Asia and Africa.
Flattened rice is a preparation of rice made from raw, toasted, or parboiled rice grains pounded into flat flakes. [1] It is traditional to many rice-cultivating cultures in Southeast Asia and South Asia. [2] It is also known as rice flakes, [3] beaten rice, pounded rice, pressed rice [2] or chipped rice.
An imperial fluid ounce is 1 ⁄ 20 of an imperial pint, 1 ⁄ 160 of an imperial gallon or exactly 28.4130625 mL. A US customary fluid ounce is 1 ⁄ 16 of a US liquid pint and 1 ⁄ 128 of a US liquid gallon or exactly 29.5735295625 mL, making it about 4.08% larger than the imperial fluid ounce. A US food labeling fluid ounce is exactly 30 mL.
Drying starts at the bottom of the bin, which is the first place air contacts. The dry air is brought up by the fan through a layer of wet grain. Drying happens in a layer of 1 to 2 feet thick, which is called the drying zone. The drying zone moves from the bottom of the bin to the top, and when it reaches the highest layer, the grain is dry.
Wolffia arrhiza, dry weight: 40; Nori seaweed, dried sheets: 5.81; ready-to-eat green vegetables: 0.33 to 3.11; ready-to-eat starchy tubers: 0.87 to 6.17
The apple, therefore, contains 158 mg potassium (0.72/100 X 22 g). Dried apple contains the same concentration of potassium on a dry matter basis (0.72%), but is only 32% water (68% dry matter). So 138 g of dried apple contains 93.8 g dry matter and 675 mg potassium (0.72/100 x 93.8 g).