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English Senior High

ComprehensionのAとB両方分からないです。 教えてください🙇‍♀️

A Fermented foods A The special sheet Q. Listen and choose the best match for the pictures above. Part 3 fermentation Harmentéif(a)n/ rapidly rapidli dominant /dá(:)minant/ growth /grou0/ ferment(ed) /forment(id)/ soy (s51/ sauce/s5:s/ pickle(s) /pik(a)l(z)/ cuisine/kwizi:n/ exist /igzist/ collaborating /kǝlæbǝrèitin/ <collaborate naturally /næetf(ǝ)r(ǝ)li/ instead /instéd/ A Fish wrapped in the special sh Kanata introduces a variety of fermented foods in Japan Fermentation is another way to preserve food. A goo microorganism is added to the food. It grows rapid becomes the dominant microorganism present in the food and inhibits the growth of bad microorganisms. As grows, it changes proteins or sugars or both in the food and makes it more delicious. Japanese people eat many fermented foods: soy sauce miso, natto, Japanese pickles. Japanese cuisine could not exist. Without these foods Recently, collaborating with a university, a company in Japan developed a special sheet coated with a good microorganism. When you wrap meat or fish in this sheet, the good microorganism protects the food from bad microorganisms. The food naturally begins to ferment without spoiling, and its taste becomes richer and more delicious. The sheet may also solve the food waste problem. Restaurants that use the sheet can keep extra food longer instead of throwing it away. Hints for Understanding 「もし(今) 〜がなければ」 Without ~ 1.8 Without these foods, Japanese cuisine could not exist. ~がなければ Comprehension A Answer true or false. ・できないだろう (could not + 動詞の原形) 仮定法過去 1. Soy sauce, miso, and natto are Japanese fermented foods. 8 2. The special sheet for keeping food was developed by a company in the USA. 3. If restaurants wrap meat or fish in the special sheet, they will throw away less extra food. B Fill in the blanks. 1. Fermentation process A (① ) microorganism is (2 It grows rapidly and slows the (3 microorganisms. ) to the food. ) of (① ) proteins and (6 ) in the food. The food becomes more (⑦ ➡It (6 2. The special sheet The sheet (① \I/ ) the food from (2 ) microorganisms ) microorganism. because it is coated with a (3 GO Give Your Opinion A: Have you eaten fermented foods recently? B: OK, let me see. I ate ① natto How about you?

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Chemistry Senior High

多量じゃないとしっかり解けないからですか❓

1wel じゃないときは KJ [Note さまざまな C 反応エンタルピー 燃焼エンタルピー enthalpy of combustionp189 特集 2 つか 反応ピーした場合は が、物質」 Imolの物質が完全に燃焼するときの 燃焼熱ともいう。 燃焼反応は発熱反応であるため, 常に AH <0と heat of combustion CHOH (液) + 2O2(気) CO2(気) +2H2O(液) →△H=-726kJ Note 化学反応式に付記するAHの単位はkJ で表す。→ 生成エンタルピー enthalpy of formation molの化合物がその成分元素の単体から、 るときのAHで, 生成熱ともいう。 NaCI (固) 同 1 beat of formation Na (固) + Cl2(気) 2 中和エンタルピー enthalpy of neutralization 酸と塩基の中和反応によって1molの H AH = -411kwo as するときのAHで、中和熱ともいう。中和反応は発熱反応である。 heat of neutralization にAH<0となる。 ② HCl aq + NaOH aq 溶解エンタルピー enthalpy of dissolution で,溶解熱ともいう。 酸と塩基の種類によらないから、 NaCl aq + H2O (液) AH = - 56.5k 1mol の物質が多量の溶媒に溶解すると heat of dissolution H₂O H2SO4 (液) H2SO4ag AH = -95kJ ③ 表1 燃焼エンタルピー 表2 生成エンタルピー ▼表 3 AH AH AH 物質(状態) 物質 (状態) 物質 (状態) 物質(状態 (kJ/mol) [kJ/mol] [kJ/mol] H2(気) 286 H2O(気) 242C2H4(気) 52 NH3(気) (固・黒鉛) 394 H2O (液) -286 C2H2(気) 227 NaOH (固 CO (気) -283 HCI (気) -92 C2H5OH (液) -277 HCI (気) CH2(気) -891 CO (気) -111C3HB (気) -105 H2SO4 ( CHOH (液) 726 CO2(気) -394 C6H12O6* (固) -1273 NaCI (固 C3H8(気) -2219 CH() -75NaCl (固) -411 NHANO 1~3の出典: 化学便覧6版) *グルコース(p.108) の値 Na NaOH aq Cl₂ 図8 塩酸と 溶媒 HCI aq H2SO4 メタノールの燃焼 △図7 塩化ナトリウムの生成 水酸化ナトリウム水溶液の中 T M

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