research and development in interdisciplinary physics - mechatronics based on maxwell's equations
Prof. Dr.-Ing. Wolfram Stanek
University of Applied Sciences FH Koblenz
Department of Electrical Engineering and Information Technology
research and development in interdisciplinary physics at University of Applied Sciences Koblenz (Germany) - here Maxwell's Equations in different views and applications

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Test your Brain in Physics - Field Theory :
10 Variations of Maxwell's Hand
for MEMORIZING central derivations from Maxwell's equations

right hand rule and derivations from Maxwell (animated gifs)
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Central derivations from Maxwell's equations
with respect to all important physical phenomena inside electrodynamics
as a new Mind Map with 10 memorable Memo Maps
based on variations of Maxwell's "Right Hand Rule"
and Brain Power Rules for learning and memorizing:
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... but in THIS website without(!) formulae and physical equations !!
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1. Step: Try to memorize all different positions/variations of Maxwell's hand
starting
from the five-finger-hand (position Nr.1 like time 1 a.m. on your watch)
in clockwise direction up to the fist with the shown thumb (position Nr.10).
Time for memorizing: 60 seconds ... but not more than 5 minutes.
Hint: This is a good excercise for power learning using Mind Maps + Memo Maps
testing your own capabilities on visualization
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Memorizing this Mind Map with "Hand" Memo Maps
is also possible for all people never heard about physics.
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2. Step: Try to remember all different positions/variations of Maxwell's hand
you've learnt in 1. Step ... in the right order from position 1 to 10.
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3. Step: Try to memorize all different positions/variations of Maxwell's hand
you've learnt in 1. Step ...
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... but NOW with(!) additional Memo Map - formulae and physical equations !!
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return to electromagnetic transducers and sensors
to Right Hand Rules for derivations + equations from Maxwell (in English)


top to mind map analogies of electrodynamics
Last change of this webite: 28.03.2005