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英語 高校生

添削お願いします🙇‍♀️

下記の英文を読んで設問に答えなさい。*の付いている語句に関しては本文の後にまとめて注 があります。 Jason paced the corridor* outside the boardroom* before his presentation. He could heat his pulse (イ) his ears, and his mouth was dry. (1)The last time he felt like this. he told himself to relax. but it didn't work. So this time, he tried something different: "I feel excited." Suddenly, his symptoms* the racing pulse, the twisting stomach, the sweaty palms-started to energize him. The boardroom door opened. He performed brilliantly. This story might be fiction, butat its core lies a very real truth. (2)The science of emotion tells us that our bodies respond( similarly to many different emotions, including anger, excitement and anxiety, And recent research has, shown that if we verbally* put those symptoms into a different context-by saying "I feel excited" when feeling stressed, for example-we can trick ourselves into following suit*. The key to all this is the neurotransmitter*| and hormone norepinephrine*. When you're too stressed or scared, your norepinephrine levels surge* well(ロ)their sweet spot*;/when you tell yourself you're excited,they sometimes fall back. Of course, (3)this trick won't work (ハ) every emotion: it's a lot harder to reframe stress )(ニ) relaxation, because those two conditions have entirely different physical symptoms. Nonetheless, in the right context, stress can become a source of positive energy-not just a by-product* of anxiety. (出典)Ian Robertson, “How Stressing Out Can Help You Succeed", Time, 189 巻,4号,p.15, Jan. 23, 2017. (注) corridor:廊下 boardroom:重役会議室 symptom:症状 verbally: 言葉で neurotransmitter : 神経伝達物質 フリン(興奮を伝達する脳内ホルモンの一種で、ノルアドレナリンとも呼ぶ) surge: 急上昇する、 わき立つ sweet spot : 最適なレベル follow suit:それに従う hormone norepinephrine : ホルモン·ノルエピネ by-product:副産物 彼生が最後にこのように感じたとき、彼失はソラックスするように [設問1] [設問2] 【設問3) [設問4] 下線部(1)を和訳しなさい。 自分に言い開かセたが、 それはりまくいがながった。 下線部(2)を和訳しなさい。 下線部(3)this trickの事例を本文に即して具体的に日本語で説明しなさい。 文中の空欄(イ)~ (=) に入る最も適切な語をそれぞれ次の1から6の中か ら選び番号で答えなさい。 1. after )2(ロ)6. (1)4()ゲ 6. beyond 2. for 3. as 4. * to 5. in (2)情の科学は和たちの体がが怒りや興香,不要すなど、多くの果なる感情に対して、 同じょうに反応することを私たらに伝えている。. (3)身に楽しいいと感じるウに言間けせなと、 1レアドレオリンの分泌量が減ることにより、 ストレスが軽非するということ。

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英語 高校生

英語です。 水色の「 」の一文の訳し方がどうしても分かりません。 教えて下さい!

の Music therapy is the beneficial use of music and mysical elements bya professional music therapist to prgmote, maintain, and restore the mental beneficial for a wide variety of persons régardless of age, ability, or musical background. 2 What we call "music thefāpy" today datěsBack to ancient Greece. The writings of Aristotle and ato refer to the healing influence of music on health and behavior. But it was not uhtil the 20th century that music thérapy was first used professionally to ánswera need for forms of treatmenf' G-? that were different from conyentional practices. One of the first significant uses"6f music therapy was to help relieve thousands of World War I veterans of the traumá known as "combat a 3 Although theré are different approaches to the ise of music in therapy, impoftánt "to all approaches is the development of a close, relationship between the patient and the therapist. As a general rule. both the patiént and_the" therapist take an active _part in the sessions by playing, singing and"listening to music. I The therapist does not" teach the patient to sing or play an instrument, nor does he or she play music all the time to entertain the patient. Rather, patients are encouraged to use accessible percussion and various other instruments and their own voices to enjoy the world of sotind and to create a musical language of their own. patients musicaliy, the therapist is able to give them a meaningful musical experienēe, 1a Whatever form the therapy takes, the therapist aims to bring about positive changes in a patient's behavior and emotional health. 有在な 『nd physical health of patients. It is 回復 なく アリストテレス いやし を。 Poで: 歴来の 用途 す。 fatigue." 積極的に By responding to the 対応する 目指す

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化学 高校生

読みましたが、全体的に理解出来ません。英語で理解出来なかったので多分、全文和訳しても理解出来ません。 なので、この写真に載っていることを分かりやすく教えていただきたいです🙇🏻‍♀️

Free energy changes determine if a reaction is endothermic or exothermic. Processes in nature are driven in two directions: toward least MAIN IDEA enthalpy and toward greatest entropy. When these two oppose each other, the dominant factor determines th direction of change. As a way to predict which factor will dominate fora given system, a function has been defined to relate the enthalpy and entropy factors at a given temperature tropy and constant pressure. This combined enthalpy-entropy function is callepd t free energy, G, of the system; it is also called Gibbs free energy. This function simultaneously assesses the tendencies for enthalpy and entropy to change. Natural processes proceed in the direction that lowersthefree energy of a system. Only the change in free energy can be measured. It can be defined in terms of changes in enthalpy and entropy. At a constant pressure and temperature, the free-energy change, AG, of a system is defined as the difference between the change in enthalpy, AH, and the product of the Kelvin temperature and the entropy change, which is defined as TAS. Free Energy Change AGO= AH°- TASO Note that this expression is for substances in their standard states. The product TAS and the quantities AG and AHhave the same umor usually kJ. The units of AS for use in this equation are usually N If AG<0, the reaction is spontaneous. AH and AS in the free-energy equation can have positive or negative values. This leads to four possible combinations of terms.

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