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The missing energy may escape in light that is hard to observe, in winds, or into the black hole.","posed_since":"","precise":"Accreting about $0.5\\,M_{\\mathrm{sun}}$ with radiative efficiency 0.1 releases of order $10^{53}$ erg, while observed optical and UV TDEs radiate about $10^{50}$ to $10^{51}$ erg. Determine where the remainder goes: extreme-UV emission, slow accretion over years, kinetic energy of outflows, advection into the black hole, or a smaller accreted mass.","problem_ref":"96e53f7351862e5482aed705a2a9199960106c63106a8cf54dc7a417eca66695","references":"","settled_by":"A bolometric energy budget from extreme-UV inferred line ratios, late-time X-ray and UV monitoring, and radio outflow energies for a sample of TDEs.","status_note":"","title":"Where is the missing radiated energy of tidal disruption 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