bipedal

bipedal的音标为[ˌbaɪˈpiːd(ə)l]，基本翻译为“两足动物的；两脚的”或“两足的”。速记技巧可以考虑使用缩写形式或符号来简化记忆。例如，可以将“bipedal”简化为“2pdl”或使用符号“↔”来表示“两足的”。这样可以帮助记忆并快速识别该单词。

Bipedal，意为两足的，其英文词源可以追溯到拉丁语“bi”表示“two”和“pere”表示“foot”，意为“两只脚”。这个词源可以解释为“具有两种行走方式的”。

变化形式：在英语中，Bipedal通常以复数形式出现，如Bipedals。

相关单词：

1. biped - 指任何具有两种行走方式的生物或机器。

2. quadruped - 指任何具有四足的动物或机器。

3. centipede - 指拥有许多足的节肢动物。

4. trapezoid - 是一个具有三个角形的形状，类似于人的腿的形状。

5. bipedalism - 指两足行走的习性或方式。

6. bipedal gait - 指两足行走的步态。

7. bipedalism adaptation - 两足行走的适应性改变。

8. bipedal robot - 两足机器人是一种常见的仿生机器人，模仿人类的行走方式。

9. bipedal motion - 两足运动的运动方式。

10. bipedal posture - 两足站姿，指人类站立时的姿势。

这些单词都与Bipedal这个词汇有直接或间接的联系，体现了人类对两足行走的研究和应用。

Bipedal

常用短语：

1. bipedal walking 双足行走

2. bipedal robot 双足机器人

3. bipedal gait 双足步态

4. bipedal control 双足控制

5. bipedal motion 双足运动

6. bipedal mechanism 双足机制

7. bipedal gait analysis 双足步态分析

双语例句：

1. The robot is designed to perform bipedal walking tasks. (该机器人被设计用于执行双足行走任务。)

2. The bipedal robot is controlled by a computer algorithm. (双足机器人由计算机算法进行控制。)

3. The bipedal gait of the robot is very stable and precise. (该机器人的双足步态非常稳定且精确。)

4. The bipedal motion of the athlete is impressive, especially when combined with excellent balance and coordination. (运动员的双足运动令人印象深刻，尤其是当与出色的平衡和协调能力相结合时。)

5. The bipedal mechanism of the machine is complex and requires precise engineering design and manufacturing. (机器的双足机制复杂，需要精密的工程设计和制造。)

6. The bipedal robot is used for research and development in areas such as humanoid robotics and artificial intelligence. (双足机器人被用于人形机器人和人工智能等领域的研发。)

英文小作文：

Bipedal robots are becoming increasingly common in our daily lives, from assisting in surgery to performing complex tasks in factories and warehouses. They are also being used for research and development in areas such as humanoid robotics and artificial intelligence, which is leading to exciting new possibilities for the future of technology and human interaction.

However, bipedal robots are not without their challenges. They require precise engineering design and manufacturing, as well as complex control systems to ensure safe and effective movement. Additionally, they must balance on two legs, which can be challenging when performing tasks that require precise movements or sudden changes in direction. Nevertheless, the potential benefits of bipedal robots are enormous, and they are sure to continue to play an important role in our future technological landscape.