物理基礎基礎です 全く分かりません😭 公式もどれを使うのかがそもそもわからないです

と, 's m 1 東 頃き D t 物体が運動しはじめつからせよるまでの距離は? [基礎チェック ] 60mの距離を40秒で進む物体の速さは何m/s か。 1-1 □1-2 速さ 8.0m/sで等速直線運動をする物体が 5.0 秒間に進む距離は何mか。 72km/hは何m/sか。 東京スカイツリーのエレベーターの速さは, 分速600mである。 この速さのまま, 地上から高さ350mの展望台へ行くとすると何秒かかるか。 oooo 1-3 1-4 12 x軸上において, t=0sで原点にあった物体が､ t=1.0sでx=6.0m.t=2.0s x=0mの各点に達した。 以下の時間での移動距離, 変位はそれぞれいくらか。 (1) 0秒~1.0秒 (2) 1.0秒~ 2.0秒 (3) 0秒~ 2.0秒 3-1 □3-2 以下の物理量をベクトル量, スカラー量に分けよ。 移動距離,変位, 速さ,速度, 時間,加速度,密度,質量,力 図は,初め静止していた物体のx-tグラフである。 x〔m〕 (1) 0秒~5秒の間の平均の速度の大きさは何m/sか。 45 (2) 5秒~10秒の間の平均の速度の大きさは何m/s か。 (3) 10秒~15秒の間の平均の速度の大きさは何m/sか。 →解答編 p.2 20 5 O □ 5 速さ 1.5m/sで流れている川で, 静水上で5.0m/sの速さで 進むことのできる船を流れに逆らって動かしたとき, 岸か ら見た船の速度はいくらか。 4 図は物体の位置と時刻の関係を表すグラフである。この物体 x[m] の速さと時刻の関係を表すグラフをつくれ。 120 50 5 10 15 0 20 DELSE t〔s〕 10 1.5m/s t[s〕 ←a 5.0m/s -I 口 ⑥6 東向きに2.0m/sで進む船上を, 北向きに 2.0m/sで動く人がいる。 岸から見ると この人はどの向きに何m/sの速さで進んでいるように見えるか。 [解答] 図は p.170 参照 1-11.5m/s 1-240m 1-320m/s 1-435秒 2 (1)6.0m,6.0m (2)6.0m, -6.0m (3)12m.0m 3-1 ベクトル量: 変位,速度, 加速度,力 スカラー量: 移動距離, 速さ,時間, 密度 質量 3-2(1)1m/s (2)3m/s (3)5m/s 5川の流れとは逆向きに3.5m/s 6 北東の向きに 2.8m/s 1 章 自己評価: 基礎チェック A B C 評価例) 何も見ずに解けた→A 教科書やノートを見ながら解けた→B 解けなかった→C 11 17 物理 60÷ はや 8.0× 72km 60分 4 キョ 350 (E

①適切に使えば携帯電話はとても役にたつ Cell phone are very useful if you use them propely. ②他の人の邪魔をしないように映画館では携帯電話の電源を切らなければならない We must turn off our cell p... 続きを読む

5つの下線部の正しい訳を教えて欲しです。　至急お願いします🚨🙇

Unit 12 Change the World Basic A few years ago, an obesity* researcher at the University of Washington-named Adam Drewnowski ventured into the supermarket to solve a mystery. He wanted to (1) figure out why (2)poor people were more likely to suffer from obesity in America. Obesity is, as you know, mainly caused by taking in too many calories. For most of history the poor have typically suffered from a shortage of calories, not an excess. So why do the people with the least amount of money to spend on food tend to be overweight today? 目 Drewnowski gave himself a dollar to spend, using it to purchase as many calories as he possibly could. He discovered that he could buy the most calories per dollar in the middle aisles of the supermarket, among the towering piles of* processed food and soft drinks. 3 Processed food is, in the broadest sense, any food that is changed from its natural, raw state. But here, it refers to food which has been chemically changed by using additives* such as flavors, colors, preservatives*, stabilizers*, etc., or which has been combined with other foods in a manufacturing process. Generally speaking, if the ingredients* aren't “natural,” then we consider it to be ( 3 ). Drewnowski found that a dollar could buy 1,200 calories of cookies or potato chips, which are typical processed foods, but only 250 calories of carrots. Looking for something to wash down those chips, he discovered that his dollar bought 875 calories of soda (a processed food) but only 170 calories of orange juice. 5 As a rule, processed foods are more “energy dense*” than fresh foods: they contain less water and fiber but more added fat and sugar, which makes them both (4)less filling and more fattening. 5 These particular calories also happen to be the least healthful ones in the marketplace, which is why we call the foods that contain them "junk*.” Drewnowski concluded that the rules of the food game in America are organized in such a way that if you are eating (6) on a budget, the most rational economic strategy is to eat badly-and get fat.

赤く丸をしたbの問題で解答の方に二階微分した後の式がなぜ(-1/4)(-1/4)(H-27)になるのか分かりません。教えてください🙇‍♀️

QA At time t = 0, a boiled potato is taken from a pot on a stove and left to cool in a kitchen. The internal temperature of the potato is 91 degrees Celsius (°C) at time t = 0, and the internal temperature of the potato is greater than 27°C for all times t > 0. The internal temperature of the potato at time t minutes can be modeled by the function H that satisfies the differential equation dH (H- (H-27), where H(t) is dt measured in degrees Celsius and H(0) = 91. (a) Write an equation for the line tangent to the graph of Hat t = 0. Use this equation to approximate the internal temperature of the potato at time t = 3. (b) Use 2017 APⓇ CALCULUS AB FREE-RESPONSE QUESTIONS (a) dH d²H dt² to determine whether your answer in part (a) is an underestimate or an overestimate of the internal temperature of the potato at time t = 3. (c) For t < 10, an alternate model for the internal temperature of the potato at time 7 minutes is the function -= − (G - 27)²/3, where G(t) is measured in degrees Celsius dG G that satisfies the differential equation dt and G(0) = 91. Find an expression for G(t). Based on this model, what is the internal temperature of the potato at time t = 3 ? 564 at (21-27) - == 2-16 To = - = (H(3)-27) 4 -64 = HB)-27 -37 = H (3) (b) _d²fi © 2017 The College Board. Visit the College Board on the Web: www.collegeboard.org. GO ON TO THE NEXT P

この問題、自分で読んでも全く内容が分からなかったのですがわかる方いらっしゃいますか？？ ターゲット1900の単語だけだと足りませんか？ また、文法はどのくらいのレベルでしょうか。参考書で教えていただけると助かります。 よければ問題の解説もお願いしたいです。 時間がある方どう... 続きを読む

Ⅰ. 次の英文を読んで、下の間に答えよ。 Early in the pandemic, Julie Van Rosendaal started to notice something (1) about the butter she was using in her cooking and baking. It seemed harder than it used to be. Van Rosendaal has a food blog (2) DinnerWith.Julie.com. She talks about food on CBC radio and writes about it in magazines and newspapers. Before, when she left butter out of the fridge, it used to go soft; it was easy to spread on bread. (3) these days, she noticed that if she wanted soft butter, she had to put it in the microwave. If she used it right out of the cupboard, it would tear holes in her bread. Was her kitchen too chilly? Or had something about Canadian butter changed? On Feb. 5, Van Rosendaal posted her suspicions on social media. More than a thousand people on Facebook and hundreds on Twitter commented that they had been noticing the ( 4 ) thing. The answer seems to be that Canadian dairy cows, which produce the milk that is made into Canadian butter, (5) likely being fed more palm oil fats in their feed than before, XV As more people began doing more baking and bread making during the pandemic, the demand for butter went up. Using palm fats in livestock feed can increase the amount of milk cows produce, which helps farmers to meet the increased demand for ( 6 ). Some people don't want palm fats in their diet, because they say it isn't heart-healthy. (7) say it changes the taste and texture of

分かりません、、 出来れば訳し方も教えていただきたいです。

1 Choose the most suitable words. (2x5=10) (1) This skirt is too big for me. Do you have a smaller (it / one / this )? (2) The Olympic Games are held once every (four / fourth / four times ) years. (3) Last year our room had ( few furniture / few furnitures / little furniture ) in it. (4) There are two glasses. One is Meg's, and (another/ the another/ the other) is Mai's. (5) You can get ( many informations / some information / some informations ) about Chinese economic problems from this book. 58

至急です💦 文法問題でA,E以外の答えを教えてください🙇‍♀️

was too difficult. (1) anybody Recent C (1) increase (G)He was informed ( (1) by (2) of (H) ( 【5】 (2) everybody (3) nobody in crime may be due to the economic crisis. (2) increased (3) increases Almost the doctor of the result. (3) on (4) to students want the teacher to give less homework. (2) Almost all (3) Many of (4) somebody (4) increasingly (4) Most of

(2)の(i)の考え方を解説お願いします🙇🏻‍♀️書き込みは無視してください

数学Ⅰ・数学A 第3問 (選択問題) (1) 袋Aを用いて, 次の操作を行う。 操作1 手順① 第3問~第5問は,いずれか2問を選択し, 解答しなさい。 41 8182 (配点20) 赤玉6個,白玉4個の合計10個の玉が入っている袋Aがある 48 61-49 される確率は 4 (i) 手順①で2個の赤玉が取り除かれる確率は と白玉が1個ずつ取り除かれる確率は 袋Aから無作為に2個の玉を取り出し, 色を見ずにその玉を取り除 く。 手順② 手順①を行った後, 袋Aから無作為に1個の玉を取り出して色を記 録し、 元に戻す試行を2回行う。 A カ キ Wave 10. つ取り除かれていた条件付き確率は である。 (i) 手順②で赤玉と白玉が1回ずつ記録される確率は 62 (ii) 手順①で2個の赤玉が取り除かれ、 かつ手順②で赤玉と白玉が1回ずつ記録 by r Ď エオ サシ スセ ア イ 255 -3 - 24- である。 手順②で赤玉と白玉が1回ずつ記録されたとき, 手順①で赤玉と白玉が1個ず である。 ブザ 4 17 15 19 1521-1 そ であり、手順①で赤玉 ク ケコ K Corak 453 21-1 Tostas である。よって、 office 33-45 (数学Ⅰ・数学A 第3問は次ページに続く。) 834 To: 70 5:55 45 248 4515 Y (2) nを自然数とする。 袋Aを用いて, 次の操作2を行う。 一操作2 袋Aから無作為に1個の玉を取り出して色を記録し、 元に戻す試行をn回行う。 (i)n=10 とする。 操作 2 を行ったとき, 赤玉がん回記録される確率を P(k=0, 1,.., 10) と表す。 太郎さんと花子さんは, Paが最大となるようなkの値について考察してい る。 4515 太郎:Pが最大となるkの値を求めたいけど、 すべてのkについて Ph を求めるのは大変だね 花子:k=0, 1, ..., 9に対して, Pk と Path との比を考えてみたらどう かな。 k=0, 1, …, 9に対して Ph+1= Ph k+タチ テ 数学Ⅰ・数学A ツ k+ が成り立つので, Pk <Pk+1 が成り立つようなんの最大値は たがって, Phはk=ナのとき最大値をとる。 125 (ii)n=2023 とする。 操作 2 を行ったとき, 赤玉がん回記録される確率を Qk(k=0, 1, ..., 2023) と表すと, Qはk=ニヌネノのとき最大値をとる。 128 -25- ト である。 し 125 この問題冊子を裏返して必ず

添削お願いします。 According to the graph, I would like to state the three points. To begin with, from 1800 to 2012, global, average life expec... 続きを読む

Life Expectancy at Birth 90 80 70 60 50 40 30 20 Life Expectancy of the World Population in 1800, 1950, and 2012 Somalia Nigeria Mozambique Sierra Leone Somalia Bhutan India India 10 und UVO naut no 370qmi Afghanistan India Rwanda South Korea MOT 7 ST GR II 1/4 Pakistan China Nigeria Spain Russia Russia Indonesia South Korea Brazil 1/2 Brazil China China USSR Cuba Cumulative Share of the World Population Japan France 3/4 South Korea Costa Rica USA Mexico Germany Canada Japan Spain Australia Germany Norway USA Belgium Netherlands Germany USA 2012 Global average life expectancy: 70 years 1950 Global average life expectancy: 48 years 1800 Global average life expectancy: 32 years 1 [Adapted from Max Roser et al., "Life Expectancy," in Our World in Data, 2019] 24 2021 (Writing) 早稲田大-国際教養

添削お願いします🙇‍♂️ According to the graph, the lower countries of income per capita such as Cong and Liberia are less likely to mismanage pl... 続きを読む

II Write a paragraph in ENGLISH answering the question below.100 Wiring inq to viilsliv ( 15 cm × 12 ) Please look at the graph below and describe the main trends that are depicted. What sort of relationship between the amount of plastic waste that becomes an environmental pollutant and the income levels of individual countries can be identified on the basis of the graph? What possible reasons might explain this pattern? g Individual data points represent individual countries with the natural log (ln) of the amount of mismanaged plastic waste in kg per 200 person per day (kg/p/d) plotted against the natural log of the gross national income per person. For example, the point depicting the highest rate of plastic pollution represents Sri Lanka, with In (0.229 kg/p/d) = -1.2 and In ($2,420) = 7.79, while the point depicting the lowest rate of plastic pollution represents Sweden with In (0.001 bebesn kg/p/d) = -6.9 and In ($53,810) = 10.89. -