Does robotics follow the laws of physics?

[drumjonny]

Im planning to build a robot and wondering if laws of physics are present!

 

[thegreenlaser]

Yes, the laws of physics are present. The real question is, are you going to have to worry about them when you're designing the robot?

The answer to that question is... it depends. A lot. You might need no physics at all, or you might need a lot of physics. We need more information to be able to help you.

What sort of background are you coming from? (middle school, high school, undergrad degree,... ?)
What type of robot do you want to build?
Why are you building it?

 

[drumjonny]

So I come in a high school background. I'm currently in 11th grade taking AP Physics and it is Awesome! I want to build this robot because of personal accomplishment and for résumé. I want the robot to have the capabilities such as sensors and interactions with different objects.

 

[thegreenlaser]

That helps a little, but it seems you don't yet have a clear design goal... We can't really help you with the physics unless we know more about what your robot is going to do.

Or are you asking for ideas for a robot you could build which would involve physics? If that's what you're wondering, try searching the internet for high school robotics competitions. Even if you're not the competitive type, that migh give you some ideas, and it will give you a sense of what's feasible for someone in high school.

 

[pmacias]

Yes, robotics follows the laws of physics. In fact, the design and operation of robots are heavily influenced by the principles of physics. These laws dictate how energy, motion, and forces interact, which are crucial components in the creation and function of robots.

For example, the law of conservation of energy states that energy cannot be created or destroyed, only transferred or transformed. This is essential in the design of robots as they require a power source to function, whether it be electric, hydraulic, or pneumatic. The energy from the power source is then converted and transferred to the robot's motors, sensors, and other components to perform tasks.

Additionally, the laws of motion, specifically Newton's three laws, play a significant role in the movement and control of robots. These laws dictate how objects move and interact with each other, which is essential in the design of a robot's joints, actuators, and sensors.

In conclusion, the laws of physics are present in robotics and are critical in the design, construction, and operation of robots. As a scientist, it is important to have a thorough understanding of these laws in order to create efficient and effective robots.