Exposure to non-contingent aversive stimulation, such as high intensity noise, decreases self-controlled behavior in humans. In addition, physiological responses in humans exposed to aversive visual stimuli are similar to those observed in other species. This study evaluated whether the disruptive effects of non-contingent aversive stimulation on self-control are replicated by aversive visual stimulation and what the response pattern looks like in alternative contexts. We also analyzed the values of delay sensitivity (k) and Area Under the Curve (AUC) of the participants in relation to self-control behavior. Non-contingent exposure to aversive visual stimulation only generated an impulsive choice pattern in the short term. The values of k and AUC did not indicate how all participants behaved. Although, the k-value has been shown to be a relatively long-lasting factor in people, it should be evaluated with caution if it can be an indicator of choice behavior in alternative situations.