在音乐中展开飞翔的翅膀--浅谈高中音乐教学实践

来源 :音乐大观 | 被引量 : 0次 | 上传用户:q329118794
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
伴随着当前新课程改革进程的逐步深入,教学观念及教学方法发生了较大的变化。对于高中音乐教学来讲,其在培养学生审美观、提高学生修养方面有着重要作用,所以,作为音乐老师,应重视教学活动,转变自身观念,更新教学思路,通过多种教学方法调动学生们的学习积极性,让学生可以在音乐中展开翅膀,主动参与教学活动。本文简要论述了高中英语教学的方法,目的在于进一步提高教学质量,帮助学生完善自身发展。 With the gradual deepening of the current new curriculum reform process, teaching concepts and teaching methods have undergone major changes. For high school music teaching, it plays an important role in cultivating students’ aesthetics and improving students’ self-cultivation. Therefore, as a music teacher, we should pay attention to teaching activities, change our own concepts, update teaching ideas, and mobilize students through a variety of teaching methods. Learning enthusiasm allows students to spread their wings in music and actively participate in teaching activities. This article briefly discusses the method of high school English teaching. The purpose is to further improve teaching quality and help students improve their own development.
其他文献
会议
会议
在传统初中英语教学模式中,主要用到文字和声音两种媒体.文字媒体包括教师的板书、教材、导学案上的文字等.声音媒体包括教师讲解所发出的声音,录音机播放的声音等.多媒体引
期刊
本研究运用涡度相关方法对位于浙江省临安市太湖源镇的雷竹纯林,进行碳通量观测,得到2011年1月-2011年12月历时一年的通量数据,以及空气和土壤温湿度、风速风向,辐射等气象数据,并
如何在大倍率充放电条件下保持良好的容量特性和循环稳定性是将锂离子电池应用于大型储能器件和大功率设备的前提,而开发具有高容量、高功率性质的电极材料是其关键。石墨烯是构筑所有sp2杂化碳质材料的基本单元,以石墨烯为基元结构能够设计和构筑出具有特殊微观结构和优异性质的功能碳质材料。本论文通过在石墨烯片层间引入有机分子并炭化,得到了一系列锂离子电池负极材料,其在容量、循环以及功率性能上相对于石墨烯材料有了
Improving membrane durability associated with fouling and chlorine resistance remains one of the major challenges in desalination membrane technology.Here,we de
会议
There is now growing evidence that the creation of a nanometer-size boundary layer (the so-called "bound polymer layer (BPL)") at the polymer melt/solid interfa
会议
会议
  The urea-induced aggregation of poly(N-isopropylacrylamide)(PNIPAM)and poly(N,N-diethylacrylamide)(PDEAM)globules was studied by using a combination of stat
会议
We have investigated experimentally the structure formation processes during phase separation via spinodal decomposition above and below the spinodal line in a
会议