problems. So, in order to improve your critical thinking and know which rearrangement is the most useful in every situation, you must practise with as many equations as you can. NOW TRY THIS! From now on the multiplication sign will not be shown, so will be simply written as Equation First Rearrangement Second Rearrangement (Power of lens) (Magnification of lens) (refractive index) (current) (electric potential) (power) (power) (conductance) (resistance) (resistance) (power) (power) (stress) (strain) Further Rearranging Practice a = bc , b=? a = b/c, b=?,c=? a = b – c, c=? a = b + c , b=? a = bc + d, c=? a = b/c – d, c=? a = bc/d, d=?, b=?
problems. So, in order to improve your critical thinking and know which rearrangement is the most useful in every situation, you must practise with as many equations as you can. NOW TRY THIS! From now on the multiplication sign will not be shown, so will be simply written as Equation First Rearrangement Second Rearrangement (Power of lens) (Magnification of lens) (refractive index) (current) (electric potential) (power) (power) (conductance) (resistance) (resistance) (power) (power) (stress) (strain) Further Rearranging Practice a = bc , b=? a = b/c, b=?,c=? a = b – c, c=? a = b + c , b=? a = bc + d, c=? a = b/c – d, c=? a = bc/d, d=?, b=?
Physics_Holiday_Task.docx