“…">We examined the construct validity, assessed with CFA and ESEM techniques. Based on previous research, the following six models were evaluated in all three samples: (a) a single factor CFA model with all 14 items; (b) a two correlated factors CFA model with EWB in one factor and both SWB and PWB in a second factor; (c) a three correlated factors CFA model with EWB, SWB, and PWB, as proposed by Keyes (), (); (d) a bifactor CFA model (Schmid & Leiman, ), where each item loads on a specific factor (i.e., EWB, SWB, or PWB) and simultaneously on a general factor (GF), all four factors being orthogonal to each other (de Bruin & du Plessis, ; Hides et al, ; Jovanovic, ); (e) a three‐factor ESEM model (Asparouhov & Muthén, ; Marsh et al, ), where all 14 items are loading on all three correlated factors (i.e., EWB, SWB, and PWB) simultaneously (Joshanloo, ; Joshanloo & Jovanovic, ; Joshanloo & Lamers, ; Joshanloo, Jose, et al, ); (f) a bifactor ESEM model (Morin et al, ), where all 14 items are simultaneously loading on EWB, SWB, PWB, and GF, all four factors being orthogonal to each other (Lamborn, Cramer, & Riberdy, ; Longo, Jovanovic, Sampaio de Carvalho, & Karas, ; Rogoza et al, ; Schutte & Wissing, ). We did not test a higher‐order model (Dore et al, ; Lupano Perugini et al, ; Petrillo et al, ) because for a three first‐order factorial structure, like MHC‐SF, the second‐order is just identified.…”