Feynman diagrams, instead, transformed into tools that could be used not only in high-energy physics, but also in nuclear physics, solid-state physics, gravitational physics and an ever-widening ...

Describe the physics behind the concepts - right? Fine. How do you explain stuff? It's simple. Just make some diagrams with arrows. Be sure to use words like "force", "velocity", "acceleration".

Of course, the diagrams we draw when talking physics aren't all reflexive. This caught my eye in large part because my class that afternoon had ended with a discussion of the use of diagrams in ...

As the culture of the diagram in science is magnificently wide in breadth and scope, for this post, I will concentrate on a few related examples in physics and one from mathematics.

That’s the key of this project.” The AI tool, called Augmented Physics, also allows students to experiment with the diagram and see how changing the parameters changes the outcome.

Multiple forces act on an object at the same time. Find out more with BBC Bitesize. For students between the ages of 11 and 14.

To what extent diagrams and graphs are important in physics to support the answer? It is mandatory to make drawings to understand the basic concepts and detailed part of physics.

But what about the physics? Diagram time. After the bullet strikes the merry go round, let me assume that the bullet sticks (which isn't very likely) to the structure.

In a new study, an international team of researchers created phase diagrams for organic solar cells based on a composite of a polymeric semiconductor and a "small molecule acceptor" (SMA).