Consider the equation \(H=\frac{{x}^{p}{ϵ}^{q}{E}^{r}}{{t}^{s}}\) Where H= magnetizing field intensity; E= electric fiel…
Q1
Consider the equation \(H=\frac{{x}^{p}{ϵ}^{q}{E}^{r}}{{t}^{s}}\) Where H= magnetizing field intensity; E= electric field, \(\in =\) permittivity, x= distance, t= time. The values of p, q, r and s respectively are:
[JEE Main 2026, 8 Apr (Shift 2)]
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