Grade

Subject

Type of questions

Japanese Junior High

26~31が分かりません。 教えてください🙇‍♀️🙇‍♀️🙏 英語表現です...

4 28 24 Since I told him about it beforehand, he is not upset. If I hadn't told him about it beforehand, he ( 26 27 29 31 )( ) upset. 25 I don't work part-time because my parents don't allow me to. I would work part-time ( ) my parents ( ) me to. 日本語に合うように、( )内の語を並べかえて英文を完成させなさい。 ただし、文頭にくる語は大文字で始めること。 水がなければ、 人間は3日間しか生きられないだろう。 Without water, (could/live/ days/ human beings/for/ only three). 昨夜もっと雪が降っていたら、 今日スキーができるのに。 Ce 10 101 & 098 DIUOS (it / more / had/last/night/snowed), we could ski today. もし10歳若ければ、 祖父は私と一緒にテニスをするだろう。 My grandfather would play tennis with me (he/younger / if / were / ten/ 18 19g even 万一大きな台風が襲えば、 東京は重大な被害を受けるだろう。 ad blow I. ( Tokyo would suffer serious damage (it / typhoon/ if / should / hit / a big) 30 リサが家にいたなら、 彼はその本を渡すことができたのに。 RAOPERA heas sia uni If Lisa ( at /he/, /been /home/have/ had / could / given) her the book SEIJ お腹が空いた男の人ならクッキーをすべて食べるでしょう。 (all the / hungry/a/ eat / cookies/man/would). diw let of anni

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Science Junior High

🆘理科の電流の計算の問題です。⑷〜⑼の解説をわかりやすく教えていただけませんか?(解き方も)🙏🏻ベストアンサー必ずつけます!早めに宜しくお願いします🙇🏻‍♀️🙌🏻

Ⅰさんは次の実験1・2を行いました。 実験1 6.0Vの電圧を加えると、1.5Aの電流が流れる電熱線A 図 22 と、6,0Vの電圧を加えたときの発熱する熱量が電熱線Aのであ 電熱線Bを用いて、図22図23のような直列回路と並列回路を つくった。 それぞれ回路全体に加える電圧を6.OVにし、 回路に流れる 電流の大きさと、電熱線Aに加わる電圧の大きさを測定した。 その後、電圧計をつなぎかえ、 電熱線Bに加わる電圧の大きさ をそれぞれ測定した。 実験2 図23の回路の電熱線Bを、 抵抗 (電気抵抗) の値がわからない電熱線Cにかえた。 その回路全体に加わる電圧 を 5.0V にし 回路に流れる電流の大きさと、 それぞれの電熱線に加わる電圧の大きさを測定すると、 電流計が示した電 流の大きさは、1.5Aであった。 A ウ:図2の回路の電熱線A (9) 実験2で、 電熱線Cの抵抗(電気抵抗) の値は何Ωか。(2点) 16.0V B 図 23 イ: 図の回路の電熱線B エ 図2の回路の電熱線B A ANBA WEAR B (8) 実験で、 消費電力が最大となる電熱線はどれか。 また、 消費電力が最小となる電熱線はどれか。 次のアーエのう ちからそれぞれ1つずつ選び、 記号で答えなさい。 (思2点×2) ア: 図の回路の電熱線A 26.00

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English Junior High

3枚目の写真のような問題って どうやって解くんですか? 私はいつも段落の最初と最後を見てるんですが 一問間違えてしまいました。ぼぼ勘だったりもするので教えて欲しいです🙇‍♀️

いる。 各問いに答えよ。なお, [1] Have you ever seen the 2D codes which have a special mark on the corners? For example, you can find the 2D codes in your textbooks. When you scan them with a tablet computer, you can see pictures or watch videos. Today, a A lot of people around the world use them in many different ways. This type of (2 2D code was invented by engineers at a car parts maker in Japan. [2] When cars are produced, many kinds of parts are needed. Car parts makers have to manage all of the car parts. About 30 years ago, car companies needed to produce more kinds of cars, and car parts makers had to manage many different kinds of car parts for each car. At that time, they used barcodes to manage the car parts, but they could not put a lot of information in one barcode. So, they used many barcodes. Workers had to scan many barcodes. A worker at a car parts maker had to scan barcodes about 1,000 times a day. It took a lot of time to scan them. The 0 000742 221101 barcode (バーコード) workers needed some help to improve their situation. [3] The engineers at a car parts maker in Japan knew the situation of the workers. They started to learn about 2D codes because 2D codes can contain more information than barcodes. There were already some types of 2D codes in the U.S. One type could contain a lot of information, but it took a lot of time to scan that type. Another type was scanned very quickly, but it contained less information than other types. The engineers at the car parts maker did not use these types. They decided to create a new type of 2D code which had both of those good points. The engineers needed a long time to create this new type which could be scanned quickly. Finally, they thought of an idea. They thought, "If a 2D code has a special mark on the three corners, it can be scanned very quickly from every angle." In this way, the new type of 2D code with special marks was invented by the engineers at a car parts maker in Japan. 2D code

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