初中英语演讲稿：我眼中的数学如何写？「问人人知识网」

初中英语演讲稿：我眼中的数学
演讲稿可以帮助发言者更好的表达。随着社会不断地进步，我们可以使用演讲稿的机会越来越多，相信许多人会觉得演讲稿很难写吧，下面是小编整理的初中英语演讲稿：我眼中的数学，欢迎阅读，希望大家能够喜欢。
Maths in my Eyes
Hi everyone. My topic today is Maths in my Eyes.
When I mention the word “maths” some adjectives will come to mind, boring, difficult and complicated. But I think maths is very interesting. It is used almost everywhere in our life and also related to art and music.
We all know one geometrical concept, the golden section. It's very important in painting, sculpture and architecture, such as the Parthenon in Athens and the Venus de Milo. In nature a little pentagonal flower has its golden section. It looks beautiful.
What about its connection with music? Lets take a look at a straight and tight string. Pluck it, and then halve its length, then pluck it again. The sound we hear is the same note but a higher frequency. The Greek mathematician Pythagoras discovered this law and it developed into the musical scale we know today.
Another example is from the famous composer, Bach. When we listen to his music in “Well-Tempered Clavier”, we find the notes are always getting higher .But amazingly, in the end, it comes back to the initial height. Why is it? That's why Bach was great! It's a very interesting maths problem. We call it a paradox.
These days we learn maths at school. The only purpose is to get a high mark. But I personally think that those with curious and creative minds will open the door to the world of maths. Just as Galileo said, “Mathematics is the alphabet with which God has written the universe”. Maths, in my eyes, is a fascinating subject that needs our passion and imagination. In the end I hope you love this boundless treasure and enjoy the magical world of maths!
Thank you.
我眼中的数学
大家好!我今天演讲的题目是：我眼中的数学。
一提到“数学”这个词，你们一定会联想到“枯燥”、“复杂”之类的形容词。不过在我眼里，数学是一门妙趣横生的学科。它十分广泛地被应用在我们生活的每一个角落，还与音乐、美术有着极大的联系。
我们都知道一个几何概念：黄金分割。它在绘画、雕塑、建筑艺术等方面都占有重要地位。比如雅典卫城，断臂维纳斯就运用了黄金分割。在大自然中，一朵五边形的小花也有它的黄金分割点，于是它看上去就很可爱了。
数学和音乐又有什么联系呢?让我们来看看着根紧绷的线。拨动一下，然后抓住绳子的二分之一处，再拨一下，就会听到在不同高度的同一个音。毕达哥拉斯发现了这一点。于是它逐渐发展成今天的音阶。