  Nucleon-knockout reactions on proton targets (p, pN ) have experienced a
renewed interest due to the availability of inverse-kinematics experiment with
exotic nuclei. Various theoretical descriptions have been used to describe
these reactions, such as the Distorted-Wave Impulse Approximation (DWIA), the
Faddeev-type formalism and the Transfer to the Continuum method. Our goal is to
benchmark the observables computed with the Faddeev and Transfer to the
Continuum formalisms in the intermediate energy regime relevant for the
experimental (p, pn) and (p, 2p) studies. In this paper, we analyze the 11
Be(p,pn)10Be reaction for different beam energies, binding energies and orbital
quantum numbers with both formalisms to assess their agreement for different
observables. We obtain a good agreement in all cases considered, within 10%,
when the input potentials are taken consistently and realistically.
