Grade

Type of questions

English Senior High

間違っているところがあれば教えてください! あと空欄のところ教えていただけると嬉しいです🙏

Exercise 1 日本語の意味に合うように, 1の英文が の現在の状態,②現在の習慣的動作,③変わることのない真理 事実のどの意味を []内の動詞を現在形にして英文を完成させなさい。また,それて ますかを番号で答えなさい。 冬の後に春が来る。 [come] 1) Spring after winter. マイクはふつう, 夕食前に勉強する。[study] 2) Mike usually クリスはおばあちゃんが大好きだ。 [Ilovel Studies before dinner. loves her grandmother. Chris 日 英文の意味が通るように,( ) 内から適切な語句を選びなさい。 w brother (watches / is watcbing ) the sunset now. Rill (kOws/is knowing) a lot about computers. Kate usually plays tennis after school, but today she ( does / is doing) her homework. AB Jack (goes / góing ) swimming every Sunday. 5) I(belgng / am belonging) to the volleyball club. 日口内の動詞を使って, 1) ~3) は過去形の文に, 4) 5) は過去進行形の文にしなさい。 ) Everybody C looked very happy. [look] three hamburgers yesterday. [eat] suddenly. [stop] reading a b0ok when I saw her on the train. [read] a letter then. [write] 2) 1 ate 3) The train 4) Helen waS 5) I was writting. Sto pped | 日本語の意味に合うように,口から動詞を1回ずつ選び,適切な形にして英文を完成させなさい。 1) 1年は 12か月ある。 ABC has. 2) 彼はきのう,パーティーに参加しなかった。 Ayear twelve months. He joined the party yesterday. 3) 私の話を聞いていますか。 Are youlis.teníng. 4)彼らはその時, ステージで踊っていた。 They were. danceing. to me? on the stage then. danee /have / listen/ join

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Chemistry Senior High

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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