2022-2023学年广东省揭阳市高二（下）期末英语试卷,以下展示关于2022-2023学年广东省揭阳市高二（下）期末英语试卷的相关内容节选，更多内容请多关注我们

1、2022-2023学年广东省揭阳市高二（下）期末英语试卷一、阅读理解（本大题共15小题，共37.5分）ASomeChinaPodcasts(播客) to Listen to Whether youre an old-timer or a newcomer toChina, theres always more to learn about this awesome country.T o help in your never-ending thirst for knowledge, weve rounded up some most entertainingChina-focused podc

2、asts that hit on everything from history to business, to dating and beyond.Tech BuzzChinaby Pandaily Tech BuzzChinaby Pandaily is a technology podcast aboutChinas innovations. Its co-hosted by Rui Ma and Ying Lu, who are both seasonedChina-watchers with years of experience working in the technology

3、space in the country. They share and discuss the most important tech news fromChinaevery week.TheChinaHistory Podcast Started in 2010, Laszlo Montgomery presents topics that cover 5,000 years of Chinese history and culture. The show has a lot of unknown and interesting history lessons that help prov

4、ide more color as to whyChinais the way it is. Topics like the history of Tang poetry, or the Hokkien people are analyzed and explored.ChinaUntold TheChinaUntold podcast is a program that aims to introduce listeners to lesser-known stories from the Middle Kingdom. From urban tales and extinct religi

5、ons toChinas role in the exploration of space, this podcast, hosted by Matt Bossons, is your essential guide to the unusual and wonderful aspects of the worlds most highly populated nation.The Wasai Show The Wasai Show is hosted by Neto Trevino from Mexico and Alice He who is local Chinese. In each

6、episode, stories are collected from listeners about a topic and shared in a funny way by both comedians. The first half of the show is presented in English, followed by a Chinese section.1. Who are the podcasts intended for?A. Foreigners in China.B. Chinese historians.C. Technology enthusiasts.D. Podcast hosts in China.2. Which podcast may talk about ancient poems?A. Tech Buzz China by PandailyB. The China Histor

5.如图所示为氢原子能级图,大量处于基态的氢原子被光子能量为E的光照射后处于激发态,这些氢原子向低能级跃迁时共产生六种不同频率的光。已知可见光光子的能量范围约为1.62eV~3.11eV,则下列说法正确的是1-—-13.6A.入射光光子的能量E=12.75eVB.电子在低能级时的动能小于其在高能级时的动能C.六种不同频率的光中有三种是可见光D.氢原子向低能级跃迁时,核外电子远离原子核

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