| Quantity | Formula | |----------|---------| | Variability radius | ( R \approx 2\Gamma^2 c \delta t ) | | Synchrotron ( \nu_m ) | ( \nu_m \approx 3.6\times10^6 \gamma_\min^2 B \Gamma ) Hz | | Cooling ( \gamma_c ) | ( \gamma_c \approx \frac6\pi m_e c\sigma_T B^2 t' ) | | Forward shock ( \Gamma(t) ) | ( \Gamma(t) \propto t^-3/8 ) (ISM) | | Jet break time | ( t_j \propto (E_\textiso/n_0)^1/3 \theta_j^8/3 ) | | Light curve slope (pre-jet break) | ( \alpha = 3(p-1)/4 ) | | Light curve slope (post-jet break) | ( \alpha = p ) |
Includes Current Electricity (Ohm’s Law, Kirchhoff’s Law), Magnetism, Optics, and Modern Physics.
Step-by-step solutions that teach you the "how" and "why" of applying a formula.
Questions are often divided into Level-A (straightforward, concept-based for JEE Main/NEET) and Level-B (complex, multi-concept problems for JEE Advanced).
