画像1枚目のT/Fの答えの確認をお願いいたします。 自分で解いてみた結果1F 2F 3T 4F 5Tとなりました。 空白によって本文の情報が不足しているかもしれませんが、よろしくお願いします。

TRUE OR FALSE? 内容と合っているものはTを、合っていないものはFを○で囲みなさい。 1. The Huffer Family Farm tends to be busy in October. 2. The Huffer family has had the farm for 53 years. [T/F] [T/F] [T/F] 3. The pumpkin patch was opened in 2004. 4. For some children, visiting the farm is their first chance to see how pumpkins [T/F] grow. 5. Rodney Kline made the ice cream maker in 1918. 6. Some people like to ride the wagons all afternoon. [T/F] [T/F]

教えてください🙇🙇

問2 ショウ (Sho) のプレゼンテーションの内容を、 留学生のサムが以下のようにノートに まとめている。 本文と照らし合わせながら、以下の① ② に答えよ。 Topic: Personal space Image: Edward T. Hall 「Personal Space TOE [A] Public Space. Social Space ①空所 ABに当てはまる図の組み合わせとして最も適当なものを、 次の1~4のうち から一つ選び、番号で答えよ。 1 アーウ 1.2m -3.6m -7.6m Personal Space' Social Space_ Public Space A 2 アーエ 1.2m ~3.6m -7.6m Sho: As for Japanese Japanese people tend to be botter at ( C ). B HI エ B 4 イーエ Public Space] Social Space Personal Space ･Social Space- Public Space Personal Space EN

至急です。明日提出のためどなたかわかる方手伝っていただけたら嬉しいです。

【1】 次の英文の空欄に最も適したものを選び、 英文を完成さ せなさい。 (2点×20) (1) What time will you ( come 2 happen 3 (2) Why don't you ( (4) You ( coming. lie 2 lay 3 send 4 sleep (3) All of the guests missed you. You ( the party. *miss〜 : 〜 の不在を寂しがる must 2 should 3 would 4 will to not (5) I haven't decided ( ) go out tonight because another typhoon is ought not 2 hadn't better 3 had better not had 4 to where going (6) He is good at ( *employee ) the mountain cabin? reach 4 arrive ) on the sofa and have a nap? ) on vacation yet. where going 2 going where 3 where to go motivation 2 to motivate ) his employees. (9) The Bible might be ( 4 motivating (7) I tried counting the number of languages ( world. 1 speaking 2 have spoken 3 to speak 4 spoken (8) A truck crashed into a group of carpenters ( the park. ) have attended (10) Our boss said we had to work ( motivate to working worked 3 who works that working ) useful book of all. much 2 better 3 the more 4 the most (12) This is the house we ( (14) Stop chatting, ( Das hard 2 more hard 3 harder 4 so hard (11) This is a cave ( * Neanderthal man : ネアンデルタール人 which 2 that 3 where 4 why lived 2 live 3 lived in 4 live (13) You must hand in the paper ( *hand in : 提出する until 2 for 3 till 4 by and 2 but 3 or 4 so ) in the ) Neanderthal man lived. ) as we could. (15) John is ( 1 taken took 3 taking 4 take ) in ) when we were children. ) the professor will get angry. (1 shower now. Please call later. ) eleven o'clock

3時から塾ですたすけてお願いします2と3

□ (3) □(4) □ (5) □ (6) 4. 現在完了 演習問題 次の疑問文の答えとして適する文をあとから選び,記号で答えなさい。 □(1) Have you washed your face yet? How long have you studied English? Has she ever skied? □ (4) How often have you visited Okinawa? ア Yes, I have. イ No, she hasn't. ウ Several times. I For three years. □ (2) 2 次の各組の文がほぼ同じ内容を表すように, □(1) It was cold yesterday, and it is still cold. It cold She went to London, and she is not here now. She □ (2) □ (3) to London. I lost my camera, and I don't have it now. I my camera. This is the biggest dog I have ever seen. I have such a big dog before. He came to Japan ten years ago and he is still in Japan. He Japan We have had no rain here for a month. Her mother died six years ago. □ (7) Her mother Six years 3 次の文を ■ (1) に適する語を書きなさい。 ROOM rained here for a month. yesterday. dead for six years. since her mother died. They have finished the work. ( 疑問文に) bratasy の英文を日本文にしなさい。 I have been to Nagano twice. 私は2回名古屋に行きました。 内の指示に従って書きかえなさい。 He has already finished his homework. (否定文に) He has hot already finished his homework, 2) They are listening to music. (文末に for two hours をつけて現在完了進行形の文に) J She has lived in Kyoto since 1992. (下線部をたずねる疑問文に) ten years. 次 2) 3

解き方を教えてください🙇

D ⑥ 次の(1)~(3)の問いに答えなさい。 (1) 高いところからものを落とすとき,落としてからæ秒後の落下距離をとすると, y=4.92 の関係がある。 ① 2秒後の落下距離は何mか。 ② 落下距離が90mになるのは何秒後か。 (2) 次の図のように, 1枚の紙を2等分し, それを重ねてさらに2等分する作業を続け ていく。2回切ったときにできる紙の枚数をy枚とする。 1回切ると 2枚になる (1① 19.6 (2) ①中に記入② (3) ① 右の表の空らんをうめよ。 2465 4回切ったときにできた紙を全部 重ねて厚さをはかったところ4mmで 「あった。この紙を同じようにして何 54 ETNAHRUNOAS OL 回も切ることができるとすると, 紙の厚さが6.4cmになるのは,紙を何回切ったもの を重ねたときか。 1 5 4 3 062481 2 | 1 グラフ中に記入 m B *** X 0 =144m=x=64 476=256 (3) の変域を0≦x≦20とするとき, æの小数点以下を切り捨てた数値を」とする。 ① xとyの関係を右のグラフに記 同入せよ。 y ② このときはxの関数といっ てよいか。 また,そう考えた理 由も書け｡ mesin seh FOUND 0 2回切ると 4枚になる 5 |||| 1 2 与 648 Ad 秒後 3 10 : : ¥68 32 15 ) TURAL) 4,90 コピー 2=90 20 20

化学 気体 問5についてです ここでの混合気体の体積はなぜ窒素のみでの計算なんですか？飽和蒸気圧でのジエチルエーテルは気体として混合気体の体積にはいらないんですか(𐊭 ࿁ 𐊭ˋ)？

3306 N2 Xcol 近 Tuel 6c つぎに、体積を自由に変えることができるピストン付きの容器に、窒素とジエチ ルエーテルを同じ物質量ずつ入れた。 温度を330Kにして, 容器の体積を6.0Lに したとき、容器内のジエチルエーテルはすべて気体になっていた。 このときの混合 気体の全圧は,100 × 105Pa であった。 ジエチルエーテルの蒸気圧曲線は図2の 通りである。 P10×2/2=500-104 ={ 2 70-[[me! 81 8:3:10:330 問3 ジエチルエーテルの物質量 (mol) を求め 3桁目を四捨五入して有効数字2 桁で記せ。 解答に至る導出過程も記すこと。 105x6 = "¹=4 →→xadec 2X= ・より x=0.11 V=45_0_096833249 =2.94 PV 5x104×6 8-3-103×330 4 ピストンを動かして混合気体の全圧を1.00 × 105 Pa に保ちながら,温度を 330K から 267 Kまで徐々に下げていった。 以下の(a)~(d)の各温度において, 容器内にジエチルエーテルの液体が存在しているものをすべて選び、その記号 0-1095-8-3-0). を記せ。無い場合は｢無し」と記すこと。 P= →105×2=5.0×10 ご利用のとき287K以 (a) 308K それ以仕度性園 4,66740 (b) 300 K 4,55×10 (c)292 K 4.924/0€ (d)) 284 K + T = 1/-5240²³ T ゴリじみ 4-3404 問5 問4の最後の状態(全圧 1.00 × 105 Pa, 温度 267 K) における窒素の分圧 N₂0 V (?) Da (Pa) と混合気体の体積(L) を求め, 3桁目を四捨五入して有効数字2桁で記 ませ。 解答に至る導出過程も記すこと。 ただし, 267 K におけるジエチルエーテ ルの飽和蒸気圧は1.7 × 10 Pa とする。 8.3×10×267 -4RT = 282 (0x370 5-104²$ PED 問6 問5において,凝縮(液化)していたジエチルエーテルの物質量 (mol) を求 め、3桁目を四捨五入して有効数字2桁で記せ。 解答に至る導出過程も記すこ と。 南栓 HRE M3 (636-26) LO 15 -404521-7-10P10-19.

２２８の問題と和訳です 別荘を買うのと晩年を過ごすの時勢について 晩年を過ごすのほうが後の事だと思うのですが、これは時制のズレを考えて過去完了を使ったりしないのですか？

228 229 230 |231 He bought a cottage in the countryside, ( ) he spent the last days of his life. 1 which where Tom has three daughters, all ( 1 of who 3 who when why He le surp th W They spoke only English and French, neither of ( ) she understood. 1 what 3 whose 2 of whom 4 whom 2 which 4 that ) live in different cities in Japan. speak fluent J ONI (明治大) only one ye <金城学院大

英作文の添削をお願いします。😌

[4] Read the instructions and write a well-organized answer in English. (50 points) Virtual reality (VR)* refers to a high-quality simulation of reality created by a computer. Probably the most famous use for VR so far is gaming. But VR has also been used to improve society in various fields such as education, medicine, and engineering. Describe a single specific way that virtual reality can be used to improve society. Explain your idea in detail in about 100 English words. Notes: Virtual reality (VR)*: VR systems use special glasses that completely cover the user's eyes. These glasses show a very realistic picture of a world created by the computer. In addition, the systems can tell when the user moves their head, arms, and sometimes other body parts. So users can control the action by natural movement. Some systems even let users feel like they are touching things. Thus, VR systems can make users feel like they are really in another world. 〔答案〕 I suggest you to simulation with VR. For example, doctors can practice operation. I have the three reasons. First, VR's display is very real. So doctors can do as if real simulation. Second, every one can make simulation software. If you want add patients information to VR and study how to make software, you can make VR software to yourself. Third, medical professors can use VR simulation in lecture. If they do this, Students who want be surgeon in the future will reduce about operation's anxiety. In this way, VR have a lot of possibilities that useful of medical field. For these reasons, I suggest VR simulations.

至急🚨 この仕組みについて教えてください。 また、この電子オーバーフローモデルは時代遅れと思われるって書いているのですが、本当ですか？

(A) Electron overflow model (considered out-of-date) Alt UQ pool Cyt No alternative pathway activity Cytochrome pathway unsaturated Alternative pathway active Alt Cyt Cytochrome pathway saturated

至急お願いいたします🚨 生物の質問です。 ミトコンドリアの経路についての説明だと思うのですが、電子オーバーフローモデルと電子分布モデルの違いを教えていただきたいです。 また、どういう仕組みなのか、何故このように電子が流れるのかも教えていただきたいです。 UQ poolはユ... 続きを読む

(A) Electron overflow model (considered out-of-date) Alt UQ pool Alternative oxidase inactive. Alt No alternative pathway activity Cytochrome pathway unsaturated Cyt (B) Electron distribution model (reflects current thinking) UQ pool Cyt Alternative pathway active Cytochrome pathway saturated Alt Alternative oxidase active Alt UQ pool Cyt Cyt Figure 14.33 Two models for regulation of electron flow through the alternative oxidase. (A) In the electron overflow model, no appreciable electron transfer through the alternative pathway takes place until electron flow through the cytochrome pathway is at or near satu- ration. This could result from the effects of respirato- ry control, if the rate of mitochondrial ATP produc- tion exceeds its rate of utilization in the cytosol, or from some externally imposed stress, such as low temperature. Under such circumstances, the UQ pool becomes sufficiently reduced to allow electrons to flow through the alternative oxidase, the latter re- quiring that the UQ pool be 40% to 60% reduced to attain significant activity. (B) In the electron distribu- tion model, the alternative and cytochrome path- ways both show significant activity at low levels of UQ pool reduction, and electrons are distributed be- tween the two pathways on the basis of the relative activities of each pathway. The activity of the alter- native oxidase under these circumstances is thought to be regulated by the action of a-keto acids and by reduction/oxidation of the intermolecular disulfide bond, as well as by additional regulatory mecha- nisms not yet characterized.