Prompt:
build out our Hz^1, Hz^2, Hz^3 etc. table including fractions, nesting, negative exponents to express all SI units in terms of Hz
PROMPT:
Now reduce all units to Hz using a unit-based approach. Our final table should only be expressed in terms of Hz with no other units.
PROMPT:
Now build out the equation and table for Energy in place of Force, in Hz, similarly.
PROMPT:
Now we can expand this reasoning towards Power, and keep going incrementally, or down from Force as well. Give us a general expression and build out the table for each.
PROMPT:
Our Hz equation and table needs to respect whether we are operating in Force, Energy, Power, etc. whereby the table should be built out differently depending upon this context.
" The unit-based approach presented ensures that we can flexibly handle different physical contexts (e.g., Force, Energy, Power) and express all quantities consistently in terms of Hz. This method allows us to adapt the equation and table depending on the specific domain we are working in."
FOR A MOMENT, I WILL SEGWAY, LET ME EXPLAIN**
BRANCH PROMPT (Contrived a bit):
Compare and contrast the former with the preceding
SO YOU CAN SEE, THIS SEGWAY INDICATES WE ARE CONTEXT/SCALE DEPENDENT AS WE CHOOSE OUR HZ SCALE FRAMEWORK, SPECIFICALLY IN THIS CONTEXT. FOR NOW, WE IGNORE THIS AND PROCEED WITH THE GOOD VIBRATIONS.
