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English Senior High

ヨーグルトの歴史 解答がないので一緒に答え合わせして欲しいです!! 間違ってるところがあれば教えて頂きたいです🙇‍♂️ 3英

I. 次の文章を読み、以下の問いに答えなさい。 (*のついた語句については下の注を参照のこと。) Bulgarian yogurt is the most popular variety of yogurt in the world and is one of the things that make Bulgarians proud to call (A) Bulgarians; it is their exclusive invention and heritage" that dates back 注 1. heritage. 2. probiotic : 体に良い微生物を含んだ 3. impeccable: 申し分のない 4. strain 1 many centuries. products that are available A mildly sour-tasting yogurt, kiselo mlyako is undoubtedly the best and the healthiest of all dairy B) consumers nowadays. The western world calls it Bulgarian yogurt but in its homeland, Bulgaria, it's called kiselo mlyako ('sour milk'). Whatever the name, this wonderful probiotic food has impeccable*³ ancestry - it is believed to have been known for C) 4,000 years. It is the particular combination of bacteria that characterizes the thickness, (2) acidity, taste and aroma of the yogurt. Kiselo mlyako's uniqueness lies in the peculiarities in the climate of the region and the very (3) specific way in which it is prepared using a combination of the two strains*: Lactobacillus Bulgaricuss and Streptococcus Thermophilus". The Streptococcus Thermophilus bacteria goes into action first and prepares the perfect environment for Lactobacillus Bulgaricus, which (D) starts multiplying and slowly (4) turns the milk into yogurt. People who have tasted yogurt from countries all over the world always find that (E) of them tastes anything like the Bulgarian variety. Bulgarians completely agree that their yogurt is the best — some 400,000 tons are consumed every year in the country. (Adapted from https://bacillusbulgaricus.com/bulgarian-yogurt/) 5. Lactobacillus Bulgaricus T 6. Streptococcus Thermophilus: サーモフィラス菌 Na 2 No. 1 空欄 (A)に入る最も適切な語を選びなさい。 1. oneself 2. ourselves No 3 3. themselves 下線部 (1) dairy の意味の説明として最も適切なものを選びなさい。 3. fruit-like 1. made from milk 2. eaten as a dessert 空欄(B)に入る最も適切な語句を選びなさい。 1. from 2. off 3. out of 4. yourself -6- 4. dietary to

Solved Answers: 1
Physics Senior High

Bの(1)の問題で、答えは写真の通りです。友達にQin=ΔU+Woutの方法を教えてもらい、そのやり方でやってみたのですが、このやり方だと状態C→Bで仕事をするので、その分の熱量が加わると思うのですが解説見ると含まれていません。どのように考えればいいか教えてください。 参考... Read More

~ N1, の気 これ を $ F, 必68. 〈等温変化 ・ 定積変化・定圧変化 > なめらかに動くピストンがついた円筒容器内にn [mol〕の 理想気体が入っている場合を考える。 気体は外部から熱を吸 PA 図 1 収したり, 外部へ熱を放出することができる。 理想気体の内 部エネルギーは, 分子の数と絶対温度 T [K] のみで決まる。 この理想気体の定積モル比熱 Cv_[J/(mol・K)〕 や定圧モル比 Cp [J/mol-K)] は,温度によらず一定である。 気体の圧 カ [Pa] と体積V[m*] の関係を表した図(図1)を参照し て,次の問いに答えよ。 気体定数はR_J/(mol・K)〕 とする。 〔A〕 温度の等しい状態Aと状態Bを考えよう。最初、気体は圧力 ^ [Pa], 体積 Va [m²], 温度 T 〔K〕 の状態Aにある。 状態Aから状態B(圧力 DB [Pa], 体積 VB 〔m²〕,温度 T1, ただし VB<VA)に達する過程はいろいろ考えられる。 過程 I は, 等温変化により状態A から状態Bへ変化させる過程である。 過程Iで気体が外部からされた仕事を W 〔J〕, 外 部から吸収する熱量を Q1 〔J〕 とする。 このときW と Q の間に成りたつ関係式を求めよ。 〔B〕状態Aから状態Bへ変化させる過程ⅡIⅠは,まずピストンを固定して外部から気体に熱 を与えて状態Aから状態 C (圧力 DB, 体積 VA, 温度 T2 〔K〕) まで変化 (定積変化) させ, そ の後圧力を一定に保ちながらピストンを動かして状態Cから状態Bへ変化 (定圧変化) さ せるという過程である。 PB(T=T₁) II DB 0 III D 1 VB I III C(T=T₂) II A(T=T₁) VA V (1) 過程ⅡIで気体が外部から吸収する熱量 Q2 〔J〕 は, 状態Aから状態Cへの変化で気体が 外部から吸収する熱量と, 状態Cから状態Bへの変化で気体が外部から吸収する熱量の 和で求められる。 Q2 を Cv と Cp などを用いて表せ。 (2) 過程ⅡIで気体が外部からされた仕事 W2 〔J〕 , DB, VB, V』 を用いて表せ。 (3) (2)の結果と熱力学第一法則を用いて,過程ⅡIで気体が外部から吸収する熱量 Q2 を求め,

Solved Answers: 1
English Senior High

ある塾の英語の長文テストなんですけど、問一の答えが順番に、3.2.4と書いてるんですが全く納得いきません。Part1が4でなく、3なのはまあ百歩譲れますが、Part3が4になる意味が分かりません。風力発電の環境面での利点なんて一文字も書いてない気がします 問題の作成ミスでし... Read More

You are preparing for a speech about alternative energy forms. You have found a journal article about wind energy. You are going to read the article and take notes. Wind Energy [Part 1] Scientists are always looking for more sustainable and cost-effective forms of energy, and many people believe wind energy is the best option available. Wind is a product of heat from the sun, so the energy supply will never run out. Wind does not pollute the air, water, or ground as it produces energy. Another major benefit of wind energy is that it requires no water. In contrast, traditional forms of energy production all require water for cooling. Due to its efficiency, scientists have worked to increase the capacity of wind production units. They hope to develop wind energy into a large-scale alternative to fossil fuels. [Part 2] Wind energy can be produced using offshore wind or land-based wind. The primary benefit of offshore wind collection is that it is more efficient because offshore wind blows more consistently and with more power than land-based wind. To take advantage of the steadier wind, offshore wind production units are bigger and have more capacity. Therefore, the energy acquired from offshore wind can produce significantly more electricity than land-based wind energy. Wind production units located in the sea off the coasts of big cities can efficiently provide energy to many people, while land-based wind production units take up valuable land space and require complicated transportation efforts. However, since it is a newer technology, offshore wind energy is currently more expensive than land-based wind energy. [Part 3] Even though it actually has ancient roots, producing energy from wind is usually thought of as a modern alternative to burning fossil fuels. Initially, wind energy provided power for electricity. But during the mid-20th century, it was replaced by fossil fuel resources. Unfortunately, the pollution created from the burning of fossil fuels is a major cause of global warming. This has forced scientists to develop more sustainable and cost-effective forms of wind energy. Currently, most offshore wind resources are located in coastal waters which are too deep for current wind energy technology. However, engineers are working to develop floating production units that can withstand the hard environment of the ocean, such as storm waves, hurricane-force winds, and ice flows. These developments offer wind as an effective source of energy without damaging the environment. Complete the notes by filling in 1 to Outline: Part 1: 8 Notes

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