The Y-ray yield from the S 34 (/vy)Cl 35 reaction shows strong resonances at proton energies of 1214 and 1512 keV. These resonance states occur at the correct energies to be isobaric analogs of the 1.99-and 2.35-MeV states in S 35 , respectively. Angular-distribution, triple-correlation, and polarization measurements have been performed at each of these resonances. The 1214-keV resonance, which corresponds to an excitation energy of 7.54 MeV in CI 35 , has spin and parity of J~, and decays almost entirely to the 3.16-MeV level, which was also found to have spin and parity of |~. The transition is pure Ml and has a measured strength of 1.6rfc0.3 Weisskopf units (W.u.). The 1512-keV resonance, which corresponds to an excitation energy of 7.84 MeV, has a spin and parity of f~~, and decays strongly to the 4.17-MeV level, which was found to be a f~ state. This transition is also pure Ml with a strength of 1.0±0.3 W.u. The value of d p 2 is about 0.2 for both the 1214-keV and the 1512-keV resonance, which compares favorably with the value of 0 P 2 = J calculated for the pure single-nucleon/7/2, T=| and pw, T=| configurations respectively. This agrees with the large (d,p) stripping width of the analog states at 1.99 and 2.35 MeV in S 35 . The levels at 3.16 and 4.17 MeV appear to be of the same configuration as the corresponding resonance states, and to differ only in isobaric spin, having T~\. Values for the reduced widths, energies, and isobaric-spin splitting of the T > and T< states, and for the Ml transition speeds assuming pure single-nucleon states, have been calculated and are in good agreement with observed values.