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114年 - 114 臺北自來水事業處及所屬工程總隊_新進職員(工)甄試試題_助理管理師_專業科目二:1.電腦網路 2.資通安全#137520(50題)

114年 - 114 臺北自來水事業處及所屬工程總隊_新進職員(工)甄試試題_助理管理師_專業科目:計算機概論(含硬體及軟體)#137519(30題)

114年 - 114 臺北自來水事業處及所屬工程總隊_新進職員(工)甄試試題_共同科目:自來水法(含施行細則)及臺北自來水事業處營業章程#137518(25題)

114年 - 114 臺北自來水事業處及所屬工程總隊_新進職員(工)甄試試題_資訊處理(硬體)_助理管理師_專業科目一:資訊處理(一):1.計算機概論(含硬體及軟體) 2.資訊管理#137517(50題)

114年 - 114 臺北自來水事業處及所屬工程總隊_新進職員(工)甄試試題_助理管理師/一級業務員_專業科目一:管理學、會計學、經濟學及統計學#137516(40題)

114年 - 114 臺北自來水事業處及所屬工程總隊_新進職員(工)甄試試題_助理管理師/一級業務員_專業科目一:自來水營業管理#137515(50題)

114年 - 114 臺北自來水事業處及所屬工程總隊 新進職員(工)甄試_化學工程_助理工程師:輸送現象與單元操作及水處理工程(含給水工程)#137514(50題)

114年 - 114 臺北自來水事業處及所屬工程總隊 新進職員(工)甄試_化學工程_助理工程師:有機化學及儀器分析#137513(50題)

114年 - 114 臺北自來水事業處及所屬工程總隊新進職員(工)甄試_助理工程師_共同科目:英文#137512(15題)

114年 - 114 臺北自來水事業處及所屬工程總隊新進職員(工)甄試_助理工程師_共同科目:自來水法規#137511(15題)

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(B) As artificial intelligence becomes increasingly integrated into language classrooms, teachers face complex ethical and psychological challenges. Discuss the potential risks associated with students’ overreliance on AI, including its impact on students’ autonomous learning, critical thinking, and social interaction. In addition, propose practical strategies that teachers can implement to ensure that AI supports meaningful, reflective, and responsible learning experiences without diminishing students’ engagement or cognitive development. (20%)

(A) Classroom management is an acquired competency rather than a natural gift. It demands continuous refinement through practice and critical self-evaluation. Any instructor committed to reflective teaching possesses the capacity to enhance their mastery over the classroom dynamic. Please write a composition demonstrating how you can achieve the goal of managing the classroom well. (20%)

IV. Reading-Comprehension & Mixed-Type Questions Design 10%Please design 3 reading comprehension questions and 2 mixed-type questions (5 questions in total) that align with current GSAT competency-based assessment trends.Recent research published in Current Biology documents an unusual and striking instance of social parasitism in ants, in which a queen of Lasius orientalis infiltrates and ultimately seizes control of a colony belonging to another species, Lasius flavus. Rather than killing the resident queen outright, the invading monarch manipulates the host workers into eliminating their own mother by subtly altering the chemical signals that govern nestmate recognition and maintain social order. First observed by ant enthusiast Taku Shimada and later formally examined in collaboration with ecologist Keizo Takasuka, the phenomenon is especially noteworthy because the Lasius flavus workers appear to gain no adaptive or evolutionary advantage from their actions; instead, the invading queen alone secures reproductive dominance andlong-term control of the colony’s resources.To determine how such manipulation is possible, Shimada recreated the invasion process under controlled experimental conditions. A Lasius orientalis queen was first allowed to acquire the scent of Lasius flavus workers, a crucial step given that ants rely heavily on chemical cues to distinguish colony members from outsiders. Disguised by this acquired odor, the invader entered the nest without resistance and was not only tolerated but even provisioned with food. After locating the host queen, however, she sprayed her with a chemical substance, believed to be formic acid, thereby altering the queen’s scent profile and destabilizing the colony’s established recognition system.This chemical disruption had profound behavioral consequences. Deprived of reliable sensory cues, the workers no longer identified their queen as kin and gradually exhibited signs of agitation and aggression. Repeated spraying intensified the hostility, and over the course of several days the workerscollectively turned against their mother and killed her. Shortly thereafter, they accepted the intruder as their new reproductive authority, effectively transferring allegiance without apparent resistance.In the weeks that followed, the parasitic queen began laying eggs, and the colony’s composition progressively shifted until all workers were her offspring. Beyond its dramatic narrative, the study underscores the central role of chemical communication in sustaining social cohesion and demonstrates how subtle biochemical interference can overturn entrenched hierarchies within complex insect societies.

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