Calculating Electric Field Ratios for H+ and K+ Ions

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SUMMARY

The discussion focuses on calculating the ratio of electric fields, E1/E2, for H+ and K+ ions using the formula E1/E2 = qR²/Qr². H+ has a charge (q) of +1 and a radius (R) of 0.00001 Angstrom, while K+ has a charge (Q) of +1 and a radius of 1.33 Angstrom. Participants confirm that the problem is straightforward, requiring direct substitution of values into the formula without hidden complexities. However, they acknowledge that real-world electric field calculations are more intricate than this simplified approach.

PREREQUISITES
  • Understanding of electric field concepts
  • Familiarity with ion properties (charge and radius)
  • Basic algebra for substitution in formulas
  • Knowledge of the significance of Angstrom as a unit of measurement
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  • Explore the implications of ion size on electric field strength
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nemzy
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The ratio of electric fields, E1/E2, at the surfaces of ions when H+ is the first ion (q=+1 and R=0.00001 Angstrom) and K+ is the second ion (Q=+1 and R=1.33 Angstrom) is:

how would u solve this kind of problem?

well i know that the ratio of E1/E2 is qR^2/Qr^2

so do i just plug in those numbers and compute?

if that's the case, is this problem this easy or is their some kinda tricky hidden thing that I am overlooking?
 
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No trick. Easy problem. Plug 'n' chug.

In reality, the computation of the electric field is far more complex than just using the formula given...but since that's what you're given at this level, that's what you kmust use.
 

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