Graunt

Graunt的音标为[grɔ:nt]，基本翻译为“格朗特”。速记技巧可以考虑使用字母缩写法，将单词中的各个字母组合进行简化和省略，以形成易于记忆的速记符号。例如，可以将Graunt简化为“grn”，以便更快速地记住单词。

Graunt是一个英语单词，意思是“垃圾堆”。它的词源可以追溯到古英语中的“græne-”和“tun”两个词，前者意为“绿色的”，后者意为“储藏室”。

变化形式：复数形式为“graunts”或“grunts”，过去式为“grunted”，现在分词为“grunting”。

相关单词：

1. grumble（咕哝）：这个单词的意思是发出低沉、不满的声音，它的词源和graunt相近，都与不满的情绪有关。

2. grunt（咕噜声）：这个单词的意思是发出低沉的声音，通常与动物或人的呼吸声有关。

3. rumble（隆隆声）：这个单词的意思是发出低沉、连续不断的响声，通常与雷声、车轮滚动等声音有关。

4. bellow（吼叫）：这个单词的意思是发出大声的吼叫，通常与动物的叫声有关。

5. roar（咆哮）：这个单词的意思是发出洪亮的咆哮声，通常与动物的叫声或火山的喷发声有关。

6. grind（磨碎）：这个单词的意思是磨碎或碾碎，它的词源和graunt有关，表示通过摩擦或挤压来处理物品。

7. grindstone（磨石）：这个单词指的是用于磨削的工具，它也与graunt的词源有关。

8. grind（磨）：这个动词的意思是磨碎或研磨，它也与graunt的词源有关。

9. squeal（尖叫）：这个单词的意思是发出尖叫声，通常与恐惧、疼痛等情绪有关。

10. squeeze（挤压）：这个单词的意思是挤压或挤出，它也与graunt的词源有关，表示通过挤压来处理物品。

Graunt常用短语：

1. Graunt"s law 格拉姆定律

Example sentence: Graunt"s law states that the strength of a magnetic field is directly proportional to the current flowing through the wire.

2. Graunt"s equation 格拉姆方程

Example sentence: Graunt"s equation can be used to calculate the magnetic field generated by a current-carrying wire.

3. Graunt"s force 格拉姆力

Example sentence: The force exerted by Graunt"s force is proportional to the current and magnetic field strength.

4. Graunt"s torque 格拉姆扭矩

Example sentence: Graunt"s torque can be used to calculate the rotational motion of a magnetic system.

5. Graunt"s magnetometer 格拉姆磁力计

Example sentence: Graunt"s magnetometer is a device that measures magnetic fields using a magnetic material.

6. Graunt"s transformer 格拉姆变压器

Example sentence: Graunt"s transformer is a device that converts electrical energy using magnetic fields.

7. Graunt"s law of induction 格拉姆感应定律

Example sentence: Graunt"s law of induction states that the rate of change of magnetic flux causes a voltage to be generated in a circuit.

英文小作文：

Title: The Role of Graunt"s Laws in Modern Technology

Graunt"s laws of physics have had a profound impact on modern technology, from electrical engineering to magnetic systems. His laws have allowed us to understand and manipulate the world around us in new and exciting ways.

Graunt"s law of induction, for example, has revolutionized the field of electromechanical engineering, allowing us to generate and transfer energy using changing magnetic fields. This has led to everything from electric motors and generators to modern induction cooktops.

Graunt"s equation has also been instrumental in the development of magnetic materials and devices such as magnetic cores and transformers. These devices have allowed us to efficiently convert electrical energy from one form to another, making possible everything from simple household appliances to high-power electrical systems.

Graunt"s law of torque has been crucial in the design of motors and other rotational devices, helping us understand how to efficiently convert mechanical energy into rotational motion.

In short, Graunt"s laws have opened up a whole new world of possibilities for modern technology, allowing us to create devices and systems that would have been unimaginable just a few centuries ago.