Hold your non-dominant hand in a 'C' handshape in front of your chest to represent an atom's nucleus. Form an 'E' handshape with your dominant hand. Move your dominant hand in a smooth, circular orbit around your non-dominant hand, mimicking an electron circling a nucleus.
To express this scientific fact, start by signing 'electron' to establish the subject. Then, follow up with the signs for 'negative' and 'charge' to describe the particle's fundamental property.
Begin by signing 'atom' to set the context, then sign 'have' and 'one'. Finish with the sign for 'electron' to clearly state the composition of the atom.
You can sign 'electron' and emphasize the circular orbiting motion around your stationary non-dominant hand. The movement itself naturally conveys the concept of orbiting the nucleus.
To express this scientific fact, start by signing 'electron' to establish the subject. Then, follow up with the signs for 'negative' and 'charge' to describe the particle's fundamental property.
Begin by signing 'atom' to set the context, then sign 'have' and 'one'. Finish with the sign for 'electron' to clearly state the composition of the atom.
You can sign 'electron' and emphasize the circular orbiting motion around your stationary non-dominant hand. The movement itself naturally conveys the concept of orbiting the nucleus.
The 'E' handshape is an initialization for the word 'electron.' It helps distinguish this specific subatomic particle from others, like protons or neutrons, which might use different handshapes in similar scientific contexts.
Generally, the dominant hand orbits forward and around the non-dominant hand. The exact direction isn't strictly rigid, but a smooth, continuous circle is key to conveying the concept of an orbit.
While the motion represents an orbit, the 'E' handshape specifically means 'electron.' For a general 'orbit' (like a planet around the sun), you would use a different handshape, such as an index finger or a classifier representing the specific object.
