2番の問題、分詞の問題で答えは③なんですが②はどうしてだめなのかわかりません、、😭😭 ofがあるからですか、、？

2. The number of people ( ①travel 3. A short period of a ( ①combining ) abroad has increased as the cost of air travel has fallen. 2 to travel 3 travelling travelled (#) ) lack of vitamins E and C causes central nervous system dysfunction. ④ combines 〈東京薬科大〉 2 combine 3 combined

1番と3番が分かりません、、1番は①と迷って分詞構文の問題だからで選んでしまっています、、😭😭3番はほんとにわからなくて訳もわからないです、、😭😭 ほかの問題も理由ともにあっていますでしょうか回答よろしくお願いします🥲🥲

22 1 英文中の空所に入る適切な語または語句を選択肢から選びなさい。 自然治療を通して部分的に、完全に起こりえるこの病気からの回復の大きくなっている証拠が 完全15 1. There is ( ) that recovery from this disease can occur partially or completely through 部分的に natural healing. 治療 ① a large amount of evidences ③ grown evidence ② growing evidence ④ plenty of evidences 海外に旅行に行く人々の数が飛行機代が低くなったため増えている。 < 早稲田大 〉 2. The number of people ( ) abroad has increased as the cost of air travel has fallen. 接 ① travel ② to travel ③travelling 下がる ④ travelled < 岩手医科大 > 旅行する人々で 人々が旅行するという能動関係 で名詞をしゅうしょくしているから。

これらの問題解説もありで教えて欲しいです🙏🏻

Choose the "function of each underlined part from a~c. [a. 名詞 b. c. Blal 1) Ren decided to join the baseball team. 2) I often take a walk in the park. 3) Eating vegetables is good for your health. 4) We stayed home yesterday because it was raining hard. ( 5) The girl with long hair is Mika. 6) Everyone knows that Alex is very kind. 7) Look at the man who is reading a book on the bench. (

高二理系数学Cの問題です🙇🏻💦 未だにcosからsinの変換方法が分からないのですが、 私の解答から、正しい解答への変換はどうやっておこなうんですか？？😭 教えてください🙇🏻💦

Date @ A ON; OR = PH &op=r PH-2-rcos (0-33) 1=2-rcos(2) 3. rer cos (0-2α) =2 2 (+ cos (0-2) 66 H

(6)にはhowが入らないらしいですが、入らない理由がわかりません。教えてください。 ちなみに(5)はsummaryです。

something on a museum wall or in a glass case. It makes homes more attractive. People look at it and admire it: "Oh, what a beautiful painting!" "This is a wonderful statue," an they might say. "I love the lines and colors." In addition to decoration, (3) 想 ideas are often expressed in this art. admirer might say. "It makes such a strong anti-war statement." However, in much of the rest of the world, art is not considered to be separate from everyday (4) existence. It has a function. A person in a tribal society might look at a mask and say, "Oh, this is a good mask. It will keep my house safe." In ( 5 ), the way ( ) people enjoy art depends on their culture. する 6

初めの文のthat節内の構文がとれなくて困ってます。どうか教えてください🙇

Consider, for example, that the existence of a single human thought requires the highly complex interaction of hundreds of thousands of neurons]. (In order to separate mind from brain), it would be necessary to think of each neuron (as something distinct from its function), which is a little like [trying to separate the seawater (that provides the substance of an ocean wave) from the energy (that gives the wave its shape and motion)]. The existence of the wave requires both elements: (without energy), the wave would fall flat; (without water), the wave energy would have no expression. 仮定法過去 仮定法過去

なぜ、suggesting になるのかがわかりません💦

英語 About seven years ago I started learning how to paint as a hobby: I was pretty terrible. Everything looked flat, I did not have the right proportions, and my colors were totally off. My friends and colleagues suggested that I stop wasting my time (a ) something I wasn't good at. "Focus on your day job," they said. I kept at it practicing, taking classes, finding the right teachers who could teach and challenge me Over five years, painting started to become intuitive", and surprisingly, I am now considered "good." Today, the same friends say I was born with this talent. "You're in the wrong profession," one said recently. The same thing happened when I started piano and singing lessons a couple of years ago. Comments shifted from. "Stop wasting your time and focus on what you know," to "You've got a musical talent." (A These comments originate from long-held beliefs that growth is largely not possible for adults. Even when there is evidence of learning, it can be caused by talent from birth, like the comments that I received suggested. Most scientific studies on adulthood focus on cognitive maintenance or decline, rather than growth. (b) that even scientists may think that development is severely limited in adulthood. The prevailing" mentality is represented by proverbs, such as "use it or lose it," or worse, "old dogs can't learn new tricks." A few recent studies, such as ones by Arne May and Denise Park, ( C ) suggest that learning new skills, such as juggling or photography, for even three months may strengthen brain functioning in adults. (B) I would take these studies one step further to argue that an important cause of cognitive

3段目になる変化の時、なぜ後半部分が消えたのか教えて欲しいです

296 (1) S.2(5x4-7x3+9x²-6x+1)dx 2 = S² (5x+ + 9 x + 1) dx + S = (-7x³-6x) d x = 2 So (5 x² + 9 x + 1 ) d x = 2 [ x² + 3x² + 2 ]² = 1 ( 6 1164

なぜ最後にyをxの関数で表すんですか？

114 基本 65 逆関数の微分法, xpは有理数)の導関数 (2) y=x+3xの逆関数をg(x) とするとき, 微分係数g (0) を求めXERCISES (1) y=xの逆関数の導関数を求めよ。 (3) 次の関数を微分せよ。 (7) y=√√√x³ (イ)y=√x2+3 dx dx 指針 (1), (2) 逆関数の微分法の公式 dy - (1) y=x の逆関数は dy を利用して計算する。 ( f x=y(すなわち y=xl) xをyの関数とみてyで微分し、最後にyをxの関数で表す。 ----- (2) y=g(x) として, (1) と同様にg(x) を計算すると,g'(x)はyで表さ →x=0のときのyの値[=g(0)] を求め,それを利用してg (0) (3) 有理数のとき (xb)'=px-1 を利用。 (1)関数y

下線部Dと答え.ウはなぜ同じ用法なんでしょうか 教えてください🙏

closer to reality. Researchers have investigated the use of electricity to stimulate vision for nearly half a century. In the 1960's, a *physiologist implanted 80 electrodes on the surface of a blind person's *visual cortex, a region at the back of the brain. Wireless stimulation of the electrodes made the patient see spots of light known as *phosphenes. This is the first stop for visual signals coming from the eye. (D) By the 1980's, a crop of *ophthalmologists began considering a narrower and seemingly easier-to-solve problem: making *prostheses for the eye. They suggested that degrade *photoreceptor cells called *rods and cones, still leave large portions of the retina intact even after a patient has become totally blind. The way to stimulate the remaining functional cells was proved *feasible in the mid-1990's. A device consisting of a tiny video camera perched on the bridge of a pair of glasses, a belt-worn video processing unit, and an electronic box, was developed recently. The electronic box issues signals to an implant behind the patient's ear that has wires running to a grid of 16 electrodes affixed to the output layer of the retina. The video processor wirelessly transmits a simplified picture of what the camera images to the box, and then the retinal implant stimulates cells in a pattern roughly reflecting that information.