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工学 大学生・専門学校生・社会人

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2/17 カ学 1 SETTEMBER, OSEPT (1) RAOUNDARIETAR COVE にマークのよ。 GUNDA (2) ARYSTOTELI-LOTRO CADIA 3 N 68. CONEN- CONUERANEO [D]e 834 TH 2 1-6. PANGU. ACP. PRECISA COME A-02.CommITAGRO-TE NETGES NYELT. ICFO (1)-(3) COLL (税込町) 203 (取外曲) DOM 054 VEST [A1-14 -2. 345 WAD DOON 300m 2 T. LABEL (6. MI) 0.285, co . . . . 1785. 1 BOLMAYAG -PERF W36-76 ST.00662. EME[AST 4240 *A J CORATOR [014 れた代入すると 100 242 ELT. WALA. [c]. GOVER WAL 010 @ -13- 8212 17640 8:30 CMOA そのといわれる。 FOR RASAFTENENGO [Al-til KƏLƏRDƏNA, (UN PAR), CORVER[A]-[1 2. 4-4-2 (neste cas 【マーク。 PLEMEN [A] STAG. UNFORALTE-Ac ( れている) chaiset. (6. MWIY) 1 SECCORT GRE (税抜) 2016-) UTA, RECOUD. PAG. D. DIELB, INTER ダイン (+2 TEMA:CTURER *W ただしである。 BE のボルト CARTONS ステップ M BET !!! 101 ※W -2x) SERTAL, torr sat FOR KANGAT+TEN@HEMENDANTAS, [A] [12 4-18 用する CACA 2 DEC -1 SORRYMON CORPORATORLG MARISORS (1)-(3) BALLFORESTEZIS (3) MIREAST-N OLTELLO F Nego, co [C】マーク 4 3. 機械力学 75 (2)モード OMDA (1) [cly- TOMT (1) CM2. AEL. 020-FERROOMYS and (ORTOGRAPHIEDERFLOOFINIR FRÐ (RGE PA DE 0920 ON[1](29-242 mal しおりとつ 26-1522 RX-7250 600 CONUENTINO [A]-HL #-0311 (7. 工業材料) 1-14). GROB (1)-(3) GRAL, 58, NR. ORESTERIS (1) [8] -742 SFD KMD boxer FRATELELOT 7+124-365 152 Poes AND D 2012 の中から選び CADA 3. 機械力学 つように RESCO FUNERALTONLYVS, #FOUR (1) (1) WARDOOR-AURT, KOURITES WER-CAFEZO マークが 1 (2) DECEMBLANTATEESSAK F (3) WATC. FASO BUR END (5) Dボルト1本あたりに生ずるせを下記から一つ選び、 TOD (7. 工業材料 and *** [4]-[1] (6) から一つ選び、その 0427 ISL CARRO 86. 2009 OMER oncem: »6. [4] » save av TENTION! 160L AND 101 (1 2Wink TEMPIZZA CATED, ACEASE -11- [F] [H]ND 240 W 3627 28-(4+0) ISL 10-30 10 「60LD BARRO BARRA REEN (3)OL.C012430-50TLOS [+] n. Sea totLT. [H] Ye 作である。 anD 300 anD 1300 CADIA SENOPTI よりも少ない 077BSZAMOGIA, ŠMANTENYOSHAT. [1] (3) つったになるための その番号をCにマークせよ。 (東八番) 28-(a+b) WR "Dr (and) 5. 工学 エンジンして EAT EGINTURASSIN, BLEON, RICH MIT ただし、 R-(a+b) S. UZGUBIC [D] U ENCURSU CANG RAL 4010 W∙r-(a+b) 28- サイは、 サイクルこわれる。 GREL KALELECTIE COM[8] CAST BRING ELT. ROLUNAPE I URONICASTL= [C] LTHOR(E6264/160G. C 3. LİCEN にした仕事 (248) YAL フェライト [1 ranns Xよりもされた <-12- 201² PRISE 800-t 900-1/1 価格 BRANS 2つしたものであ 28-(a+b) ②マルテンサイト よりも少ない るときに、[1]する。また、 よりも多いときに、 マークせよ。 ただし、使用は不可である。 SHBA, CATER 9, 20 不 にしたりに DVN montage, toge[A]-[11 【C】がれるが、一般にはこの 【C】 または ID という。また、こい、これより大きな 【 @ WO セメンタイト TO しなくても、ひず は現れないことが多い [H] USTOLLE. BTOOFS (0,2%) [G] n. すなわち なお にあたっては、さらに しなければならない。

未解決 回答数: 1
化学 高校生

問5がわかりません

1 用 電池(化学電池)は, 酸化還元反応に伴って放出される化学エネルギーを電気エネルギーとし て取り出す装置である。一般に,異なる2種類の金属を導線で結んで電解質溶液に浸すと電池 になり、電流が流れる。この場合, イオン化傾向が大きい金属が ウ極, イオン化傾向が小 さい金属が I 極となり、電子は導線中を |極から カ 極に流れる。 代表的な電 池であるダニエル電池 (下図)は,亜鉛板を硫酸亜鉛水溶液に,銅板を硫酸銅(II)水溶液に浸し, 両液が混じらないように素焼き板で仕切り, 両金属板を導線で結んだものである。 FUNES HI オ 問3 空欄 硫酸亜鉛水溶液 ウ 素焼き板 NORTH 銅 硫酸銅(ⅡI)水溶液 カに当てはまる語を, 「正」 または「負」のいずれかから選んで記せ。 US 20 A1 (20)ST# 問4 ダニエル電池を放電させたとき, 負極と正極で起こる反応を,電子eを含むイオン反 4 BUCSA 応式でそれぞれ記せ。 >C さん Zn > Cn 問5 ダニエル電池を放電させたところ, 負極の質量が 3.27 g減少した。これに関する次の(1), (2)に有効数字3桁で答えよ。 ただし, ファラデー定数は F = 9.65 × 10 C/mol とし,必要 29- 20 があれば,原子量 Cu=63.5, Zn = 65.4 を用いよ。 (1) 導線中を流れた電子の物質量は何mol か。 (2) 流れた電気量は何C (クーロン)か。 HS + $0d4 + 09 (12)

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英語 高校生

文章を読み200字以内の日本語で要約して欲しいです

Ⅰ 以下の英語の文章を200字以内の日本語で要約しなさい。 ad a We often forget that an important part of "scientific" knowledge was built on the study of alchemy and other magical practices Alchemists were interested in changing certain metals into more valuable ones For example they tried to change lead into gold, However, they also wanted to produce medicines (that would allow people to live forever or cure any disease. The philosopher's stone is known to us today from the Harry Potter series of To novels and movies This magical stone was believed to have enormous powers and make you capable of doing and knowing pretty much everything. 可能にする *John Dee was an alchemist (who was particularly interested in the problem <of foretelling the future from the positions of the stars and other planets He was also an expert in ordinary mathematics and navigation, One of his most * ふつう fell important projects involyed, research (on a universal language (for 巻き込む communicating with angels!Dee was extremely successful He made a lot of money/had (extremely high status (in universities and government, and owned one of the best libraries in Europe/much of it dedicated to magic. 捧げる However towards the end of the sixteenth century/ideas about magic were changing. Many Christians in England were unhappy(that people were still キリスト教入 communicating with the spirit world which was one of the goals of sixteenth century magicians, As you know Japanese people welcome the spirits of ancestors into the house during the Bon festival European Christians were not happy (about that kind of thing, and they complained (about similar European festivals like Halloween) At the same time, many Christians were afraid that alchemists might be trying to steal God's power. As a result, there was a powerful movement to shut down magic once and for all. 禁止する ALE V n You may be familiar with the Japanese manga and anime series *Fullmetal 45% a Alchemist./The story takes place (in a fictional world in which alchemy continues to function as a normal part of scientific knowledge For example> the heroes (of the series are searching for the philosopher's stone,/and alchemists carry out important work(on behalf of the government/If our 利益 modern world had developed (in the same way as the world of Fullmetal Alchemist people like John Dee would probably have continued to do well. In fact, he lost his jobs and money and died in poverty. 1

未解決 回答数: 1
英語 高校生

これの答えとそうなった理由教えて欲しいです

5 次の英文を読んで、後の問いに答えよ。 In the "New England winter of 1891, it was too cold to "exercise outside. James Naismith, a Canadian college teacher, wanted to give his students a game to play inside. He tied two fruit baskets to the walls of the school's gym. Then, he gave the young men a soccer ball to throw into the baskets. At first, the students got too excited at the new game, and they began hurting each other. So James "created some rules. For example, he said that the players could not push or hit each other. He also made another important change Because he was tired of taking the ball out of the baskets after every score, he cut holes in the bottom of the baskets. Then he made a list of 13 simple rules and called the new game "basket ball." James shared the rules with other teachers. Basketball soon became popular in North America because it was fun, easy to learn, and could be played anywhere. Both boys' and girls' basketball teams began playing all over America and Canada. Basketball has become one of the world's most popular sports, but even now the 13 rules from 1891 are part of the game. (注)* New England ニューイングランド (米国北東部6州から成る地域) exercise 運動する create 〜を生み出す, 考案する 問 次の英文を完成させるのに最も適当なものを, ①~④から1つ選べ。 James made changes to his new game 85 to make it more exciting to make it safer for players 3 to play it in the summer 4 to have smaller teams 問2 次の英文の質問の答えとして最も適当なものを, ①~④から1つ選べ。 86 What is true about basketball? It started as an outdoor game. It was difficult to learn at first. was first played by girls 4 It still uses James's rules. -11- 2021 Ⅰ秋ベーシック [英語]

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