阿摩線上測驗 登入

最新科目

最新試卷

最新試題

最新申論題

3.執行體育行政相關業務時,往往需盤點學校資源、連結學校課程 發展藍圖、結合在地文化來進行校園活動設計。請以辦理校慶系列活動為目標,從競技疊杯、飛盤爭奪賽、健球、卡巴迪、匹克球、躲避飛盤、帶式橄欖球、啦啦舞、藤球、圓網球、合球、五人制棒球中擇一,以其元素為基礎,設計一項可促進師生與社區互動的「修正式競賽」,內容須以競賽規程基本架構呈現 (含目的、經費、時間、地點、對象、賽制、標準、獎勵、規則等向度),同時另請撰寫一份與此相關的簽呈內容 (含主旨、說明、會辦單位等資訊),以利核備後執行。

2.「身體」是人們賴以生存的媒介,從「身體文化」的角度,可以 發現身體政治的複雜性。在當代社會中,繁忙的人們,時常忽略身體姿態與病痛所傳遞的潛在訊息,而科技的快速發展,更進一 步改變了我們對待與使用身體的方式。有鑑於此,請設計一節 (50 分鐘) 創新且具實踐性的高中體育課程,題材與內容不拘, 但須引導學生重新思考身體與病痛的關聯,兼採資訊及通訊科技 (information and communication technologies, ICT) 融入, 並以教案基本架構 (含課程主題、設計理念、學生背景分析、教學目標、教學方法、教學內容、時間配置、資源應用等向度) 呈現。

二、非選題1. To enable physical education (PE) classes to serve as a setting for the practice of equity and justice, PE teachers have the responsibility to create a learning environment that is harmonious, mutually caring, as well as cooperative and supportive. This responds to the expectations of compulsory education to promote “autonomous action, communication and interaction, and social participation.” Please analyze the issues revealed in the quotation below and, based on the concept of differentiated instruction, develop a complete lesson plan for one PE class. (The learning content is open to your decision, and answers can be written either in English or in Chinese.)

最新課程

最新主題筆記

最新討論

68. 有理論主張資訊模式(informational pattern)才是存在的根本,各種數位工具或穿載 裝置的普遍使用,它們將會成為人身體的一部分,也使得人類身體有如「原始義肢」 (original prosthesis),它將隨時可被其他「義肢」所取代。請問這種理論即為? (A) 後人類主義 (B) 後現代主義 (C) 新實用主義 (D) 新理性主義

18. Mark your answer on your answer sheet.

23. Mark your answer on your answer sheet.

10. Which structures are found exclusively in birds? (A) Carina and syrinx (B) Cloaca and feathers (C) Epidermal scales and beak (D) Gizzard and crop (E) Wings and hollow bones

11. Which animal possesses an open circulatory system? (A) Earthworm (B) Salmon (C) Frog (D) Eagle (E) Mollusk

12. The National Center for Biotechnology Information (NCBI) provides a wide array of bioinformatics tools. What is the primary function of the widely used software BLAST? (A) To predict the three-dimensional structure of a protein from its amino acid sequence by comparing it to structures in the Protein Data Bank. (B) To assemble short, overlapping DNA fragments from a sequencing project into a single continuous genome sequence. (C) To compare a user-submitted DNA or protein sequence against the entire GenBank database to find sequences with a similar local alignment. (D) To identify all functional elements in a genome, including enhancers, promoters, and noncoding RNA genes, as was done in the ENCODE project. (E) To construct an evolutionary tree by comparing the entire genomes of multiple species and calculating their divergence times.