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English Senior High

16はなぜAではだめなのでしょうか。 そして17の下線部のlikeは「好む」という意味で取ってないと思ったのでAにしたのですがどういうふうに解釈すればいいですか、、😭

4 Jim: (Questions 16 to 22) Read the conversation and select the best option for each question. Clerk: Can I help you? Yeah thanks do you have this blue shirt in a bigger size? I can only see “smalls” and "mediums" on the shelves... Clerk: Let me see... Sorry, but "large" is sold out. We don't have many long-sleeved shirts left because it's the end of winter, and that particular style has been popular. But we have it in an "extra-large," would you like to try it on? Jim: That sounds like it might be too big... Clerk: To be honest, these are slim-fit shirts, so an "extra-large" is more like a "large" in other styles. Jim: Oh really? OK, let me try it on... You're right, the fit around my body is perfect! But the sleeves are so long they cover my hands! Can you recommend anything else? Clerk: Hmmm... Do you mind if it's a different style? Jim: ( 16 ) I want a blue shirt, but apart from that I don't care much. Clerk: In that case, what about this short-sleeved blue shirt? It's "large," and it's from our Spring Collection. Jim: (17) Well, I know I said I didn't care much, but I'm not a fan of collars with buttons. I feel like I should be wearing a tie with those ones! Clerk: Ah, I see. Well, how do you feel about a patterned shirt? We have some nice blue shirts with stripes, dots, or flower designs. Jim: (18) Clerk: Sure. Here is a light blue one with thin stripes, and over there we have a dark blue one which comes in thin or thick stripes. 1:1-4h thick strines but that one only comes in dark blue, right? ined light

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Mathematics Undergraduate

(2)どう計算してるんですか? 書いて欲しいです、、

次の等式を示せ。 (1) 1-tanh2x=- 1 cosh2x (2) sinh(x+y)=sinhx cosh y±coshx sinhy- 当 (3) cosh(x±y)=coshx coshy±sinhxsinhy 指針 双曲線関数の定義式 sinhx=- e-e-* 2 cosh.x=_extex tanhx=- e*-e-* (1) 関数 また、 Blim xa 2 e*+e** と、等式 coshx-sinhx=1 を利用して式変形を行う。 等式 A=B の証明の方法は,次のいずれかによる。 (2) x- これ [1] AかBの一方を変形して,他方を導く (複雑な方の式を変形)。 [2] A, B をそれぞれ変形して,同じ式を導く。 [A=C, B=C⇒A=B] [3] A-B=0 であることを示す。 [A=B⇔A-B=0] ここでは, [1] の方法で証明する。 (3) 任 あ とな x= り立 ex-e-x 解答 (1) tanhx= であるから extex 1-tanhx=1-(ex-e_x)= (e2x+e-2x+2)-(e2x+e-x-2) daia そこ ま (exte-x)2 dale deob ad (ex + e¯x)² = (ex + ex )² 2 cosh2x 2 ex-e-x (2) sinhx= coshx= 2 exte-x 2 ey-e-y ete- がはこ sinhy=- 2 coshy=2 であるから sinhx coshy ±coshx sinhy= ex-exte-y exte e-e -y ・土・ (4) ネ 2 2 4 lexty_ -e-(x±y) 2 ex-ex (3) sinhx=- (ex+x+ex-x-e-x+y—e¯¯³) ± (ex+y—ex−y + e −x+y-e¯x-y) sin(x±y) (複号同順) 2, coshx= t=e exte-x 2, sinhy= であるから cosh x coshy±sinhx sinh y=- exte¯* e³te¯ e-ex e-e- 2 2 ・土・ (ex+x+ex-y+e¯x+y+e¯*¯³) ± (e*+y—ex-y-e-x+x+e-x-3) 4 2 exty te - (x+y) 2,coshy= 2 ま (6)x で COS 更 ま sete

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