A student performs an experiment using two flat circular wire loops, Loop 1 and Loop 2, each placed in a region of uniform magnetic field directed perpendicularly to the plane of the loop. In each region, the magnitude of the magnetic field increases at a constant rate. The parameters for each loop and its corresponding magnetic field are summarized in the table.

Parameter	Loop 1	Loop 2
Rate of magnetic field change	\(\Delta B / \Delta t\)	\(2(\Delta B / \Delta t)\)
Loop radius	\(r_0\)	\(2r_0\)
Loop resistance	\(R_0\)	\(4R_0\)

If Loop 1 has an induced electromotive force \(\varepsilon_1\), an induced current \(I_1\), and a rate of thermal energy dissipation \(P_1\), which row in the table correctly identifies the induced electromotive force \(\varepsilon_2\), induced current \(I_2\), and rate of thermal energy dissipation \(P_2\) in Loop 2?