288から303の解説を教えていただいたいです…(294と300は大丈夫です)

しまった。 st few / hardly / of) I became < 東邦大 > For years. 4 whether ause/down/ upon). lest study hard. while <京都学園大 > with <浦和短大 > <東京電機大〉 ring them back within a <立教大 > 〈 南山大 > could not pass it. ng, he kept making <東海大 > 094 095 096 295 296 ( ) he likes it or not, you must teach him how to handle it. What 2 Who 3 Whenever 4 Whether He ran ( (1) as 297 It was ( 000 1 very 299 ) quickly that I couldn't catch up with him. 2 too 3 so ) a bad snowstorm that they shut the airport down. 3 such 4 too SO 298 I opened the door quietly ( 1 so that 2 unless 4 more ) the teacher wouldn't notice me. 3 otherwise 4 because of 〈神奈川工科大 > 300 寝坊するといけないから目覚ましをかけておきなさい。 <1語(句) 不要) (in / the alarm/you/ don't/ case / set) oversleep. 301 ( ) you're a grown-up, you must stop this childish behavior. 1 Now that 2 As long as 3 Even though 4 In case <神奈川大 > 302( ) he made up his mind to go, there was no stopping him. Though 2 Whether 3 While 4 Once Our grandmother never travels by air ( ) she will have a heart attack. in case that 2 so that 3 in order that 4 for fear that <九州産大 > < 芝浦工大 > 〈 広島工大 〉 <日本大〉 097 <駒澤大 > 098 <九州産大 > 303 As long as I know, prices in Spain are much lower than those in Japan. 2 0 < 松山大 > 099 100

この英文の100字要約をお願いします🙇‍♀️⤵️

Read the passage and answer the questions that follow. (1). „Why do batteries matter? Look at all your electronic devices: from laptops to smartphones to Kindles or iPads, even your watch. Those electronics are getting more energy-efficient and require less energy than they used to. But as they do, people get greedy and want their capabilities to increase. The battery, or how much energy you can 05 store in a given volume and weight, is the defining factor in this whole field. Then there are electric cars. If we can make batteries with double the "energy TR2Z density of today's and drive the price below $200 per "kilowatt-hour (versus $300 to $800 today, depending on type and weight), we could have a car with a 300-mile range, even with the air conditioner or heater turned up, that would sell for $25,000 to $30,000. The 10 Department of Energy's goal is to get batteries to $150 per kilowatt-hour by the year 2020. 01 Finally, there are the "utility-scale batteries, which are very important for renewable TR28 energy. Wind and solar power are going to become more common. Wind is already the second-cheapest form of new energy, after shale gas, and it will become the cheapest 15 15 within a decade. Right now "utility companies get about 4 percent of their power from renewable sources other than "hydro- and that 4 percent is roughly all from wind. We may see a day when renewables make up 50, 60, 70 percent of the total supply of energy. Utility companies will need batteries to stabilize the flow of renewable energy into the *grid, and also require a better electrical control system to (3)do the switching. People 20 may have these batteries at their homes instead of generators. All of this would create a huge market. But the effects would be more profound. T There are mountainous places even in the U.S., like western Alaska, that will never be connected to the electric grid. There aren't enough people, and the distances are too great. There are many parts of South Asia like this, too. But they will have solar and 25 wind power - which, in 10 or 15 years, are going to be as cheap as any other form of energy, or cheaper. Once you have "storage systems, you can put a little "solar installation on your roof or "a plot of land, and then you will have your electric supply! It will be like cellphones' "leapfrogging the "land-line era. It will transform the prosperity of the world. 【Notes】 energy density エネルギー密度 (ここでは電池の容量を意味する) kilowatt-hour キロワット時 (1キロワットの機器を1時間使ったときの消費電力量) utility-scale 電力供給に使う規模の hydro utility company t storage 貯蔵 (ここでは電気を蓄えておくことを意味する) grid solar installation a plot of land 一画の土地 land-line 地上 (の電話) 線 by a factor of two (増減の幅が)2倍で (50pts.) leapfrog 〜を一足跳びにする

汚くてすみません！ この問題の添削をお願いしたいです！！

Date people I agree with more should become vegetarians in the future. I have two reasons. Firstly, it is bad for the environment to have live stocks. Having live-stacks have many bad prints For instance, farmer have to use large water. By using whater too much, gloval. warming will be increasing. Also, farmer have to make food for animals, so they will use large gas or electric.. Secondly, metabora they eat a • because th lot of wents or fishs. Meat and fish contain ail, so they attect our health badly. Vegitable have less oil, and enough nutrients. Many people will protect their health, and Can live longer. Therefore, it is good for us to become vegetarians. I think we should eat only vegetable.

汚くてすみません🙇‍♀️ 英検の準一級の作文の添削をお願いしたいです！！

I disagree that Big companies have a positive effect on society. I have two reasons. Firstly, it is bad for the environment to produdet @ [arge-scale products. Big company mode a lot of products so they use maturials such as water, electric, and gas@ Also, they discharge carbou dioxide. By doing so, global warming will be increasing. Secondly worker is difficult to grotect! Work-life balance. Big companies ask them for many job 1,0 Go they will home go at late night. Also some peode have to move their house for working. They will lose their free time, and fell,. tired. Therefore, big companies have a lot of bod points. I think people should work widdle or small companies than big companies will have a happy lifel. and google

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☺ o pi hy 38 ppc sing= pl" ②日が第2象限 coso = alto dla

高一です！ 至急お願いします🥺 分からないので教えて欲しいです🙏🏻🙏🏻

Section 5 2 今後、飛行機はどのようなものになるのでしょうか。 What will airplanes be like in the future? One company is planning to invent a new type of airplane. The airplane will not have any windows. The walls and the ceiling will be the screens. The airplane has exterior cameras. The passengers can exterior [ik see the outside scenery on the screens. This type of airplane uses fewer materials, so it is lighter. worla New types of engines will use bio-fuels, electricity, or solar energy. They will be eco-friendly 10 and won't make much noise. The speed is expected to be Mach 4.5, or 5,500 kilometers per hour. We will be マーク able to enjoy a convenient and comfortable flight. Airplanes are developing and evolving day by day. What can you imagine future airplanes might QR 15 look like? ceiling [sí or s bio-fuel(s) [báioufjù:el( eco-friendly [ékoufréndli Mach [má:k per [páir]

丸で囲った式をどうやって出すかがわかりません。 あと例題と練習で似たような問題なんですが練習の方が最後の方に向きの説明を入れなければならないのはなぜですか?練習の方は平面上のベクトルと書いてあるからだと思ったんですがなぜ平面上だと向きの話が必要で例題の何も書いてない普通のベ... Read More

3 |C1.14 d-8-81-457 x+√3/9 平面上のベクトル, 方 が |20+6=1, |a-36|=1 を満たすとき, a +6 | の最大値, ga 1 最小値を求めよ. 8800 (1) 2a+b=u.......①, a-36=1... ② とおくと, ||=1, |v|=1 ① ② より, a, を で表すと, ICT.11 a=³u+v 7 a+b = よって, 10+12=1 =4-20 7 4u-v 7 2 4u ・ひ 7 49 (16×1²-8u v+1²) [ 49 =1 (17-84-7)..... 49 √(16|u|²—8û•v+|v|²) 0=²1+5= ここで、より したがって, ③より, 9 49 lã+620 *D. /slá+b== 0 0812020 ++①×3+② より, TW=10+58/ 0-1 (0+5) 7b=u_2v ≤lá +61²≤ 250 -1≤u v≤1 18 きとは逆向きで ||=||=1 であるから, すなわち, ①② より, 2a+b=(a-36) 最小値 2 7a=3u+v ①②×2 より, -=0|2|=1, |v=1 a +6= 2 となるのは、=-1 のときであり、このと 2020 ed ab=alb|cose 80-8-1≤cos0≤1 £4, €1.50 -Tallosa·b≤|a||b| A-3A1=158) (1) cos0=1 より, 8=0° | +6= 2 となるのは、 v=1のときであり,このときのとき, ひとこは同じ向きで ||=|=1 であるから, すなわち, ① ② より, 2a+b=a-3 i=b したがって, a=-4b このとき, 2a+6=|-76=1 より, 0A +30 ROU 条件を満たす a, が存在す ることを確認したが,省略し てもよい。 〇京 (⑧) このとは川のとき、 u=v cos0=-1 より 0=180° HA OA 08 したがって, d=23236 a= co2³, 12a+b=26=10, 16A-Am-+-HA9)S よって, la +6| の最大値 1408OA0 のとき HA-OAS-ON TOA $18A1-A OAS ALEBA OSHEANS 2xy+2x+2xs と同様に展開する。

解答と取る範囲が違うのですが間違ってますか？

130 00000 基本例題 79 2次関数の最大・最小 (4) aは定数とする。 0≦x≦4における関数f(x)=x2-2ax+3aについて,次のもの を求めよ。 (1) 最大値 指針 関数のグラフ (下に凸の放物線) の軸は直線x=α であるが, a のとる値によって､軸の 置が変わる。 よって, 軸x=α と区間 0≦x≦4の位置関係で,次のように場合を分ける。 (1) 最大 (区間の端) (2) 最小(頂点または区間の端)→軸が区間の左外,内,右外 解答 関数の式を変形すると f(x)=(x-a)^-a²+3a y=f(x)のグラフは下に凸の放物線で, 軸は直線x=a したがって (2) 最小値 したがって 練習 79 (1) 区間 0≦x≦4の中央の値は2である。 [[1] a<2のとき,図 [1] から, x=4で最大値f(4)=16-5αをとる。 [2] a=2のとき, 図 [2] から, x=0, 4で最大値f(0)=f (4) = 6 をとる。 [3] a>2のとき, 図 [3] から, x=0で最大値f(0)=3 をとる｡ [1] [3] [2]\ |最小 x=ax= 0x=4 →軸が区間の中央より左,中央,中央より右 い、最大 軸 !!最大 基本 77 最大 x=0x=ax=4 x=0x=2x=4 a<2のとき x=4で最大値16-5a a=2のとき x=0, 4で最大値6 a>2のとき x=0で最大値3a (2) 軸x=α 0≦x≦4の範囲に含まれるかどうかを考える。 [ [4] a <0のとき, 図 [4] から, x=0で最小値f(0)=3a をとる。 [5] 0≦a≦4のとき,図 [5] から,x=αで最小値f(a)=a+3a をとる。 [6] a>4のとき,図 [6] から, x=4で最小値f(4)=16-5αをとる。 [4] 軸] [5] # [6] |軸 最小 x=0 x=ax=4 |x=2|| x=0x=ax=4 最小 基本114 まず,基本形に直す。 a<0のとき x=0で最小値3a 0≦a≦4のとき x=αで最小値-α+3a a>4のとき x=4で最小値16-5a x=0 x=4x=a 30TH aは定数とし,関数y=x2+2(a-1)x (1≦x≦1) について次のものを求めよ。 (1) 最大値 (2) 最小値 〔類 センター試 ズーム 2次 UP ここでは, 場合分け 軸の位置で f(x)=(x-a) 軸は直線x=α の図のように、エ 変わると、軸( き, 区間0≦x≦ 小となる場所が よって, 軸の位 最大値を求 y=f(x)のグラ 大きい (右図を したがって, 軸 イントになる。 等しくなるよう [1] 軸が区間 [軸] x=0x=q x=4の方か 最小値を求 y=f(x)のグラ なる。ゆえに, ときは区間の方 [4] 軸が 軸 区間 x=ax=0

ゲルバー梁の反力と変位の求め方が分からないので詳しく教えてほしいです。宜しくお願い致します。

図のようなゲルバー梁において, 鉛直荷重Pが作用したとき, 点 A の鉛直反力 RA と点 D の鉛直変位 の組み合わせとして最も妥当なものはどれか、 ただし、各部材の自重は無視でき、葉の曲げ剛性をEI とす る.また, 支点反力は鉛直上向きを正とするものとする、 解答にあたっては、選択肢番号だけでなく計算過 程も必ず記載すること. RA 8p 3. 5. P 6 6 210 210 210 P 6 P 6 P 6 4PL3 9EI PL3 6E1 9PL3 16EI PL3 6E1 2PL3 3EI ↑ RA 3L BLDL P LC

日本語訳をお願いします 自分の読みが合ってるか不安なので、、、

Hand of God of the lat 不誠実な Maradona, a famous soccer player, marked one of the most dishonest goals in World Cup 1 次の文章を読んで、下の問いに答えなさい。 Pirtray history in 1986. It's known a the "Hand of God." Argentina wasn't a one-man team at especially true in the game the tournament, but Maradona made it look like it was. That was BONSDAL A against England when he scored one of the game's greatest goals as well as one of the most わしい 5 questionable. He was one of the best players in the history of the game, but to be the best of all, he 2 ( clear) needed to win the World Cup. Maradona could handle the pressure. Perhaps, no player has ever controlled a World Cup as much as Maradona did in 1986. That was clear at the stadium. Argentina ( fight ) against England, and this was the match that made Maradona 10 famous [b ] another way. Early in the second half, Maradona marked his first goal. The England defender blocked a pass and kicked the ball back [c] the goalkeeper. But Maradona had made his way into the penalty area after the first attack, rose up and got [d] the ball before the goalkeeper. The ball went into the net. Replays showed Maradona used his left hand, not his head, to score. 15 After the match, he explained the goal was made "a little with the head of Maradona and a little with the hand of God."