Cognitive inhibition is one of the basic components of the brain's executive functions, which plays an important role in controlling behavior, managing emotions, directing attention, and selecting responses appropriate to environmental conditions. This ability helps the child to inhibit automatic responses and initial impulses before performing an action and to choose a more appropriate behavior according to the possible consequences. In school-age, cognitive inhibition is especially important, as children are faced with educational expectations, social rules, individual responsibilities, and a variety of situations that require controlling behavior and regulating emotional responses. The ability to wait for the turn to arrive, listen to the teacher's instructions, avoid hasty responses, observe the rules of the game, and control emotional reactions are among the behaviors that are related to the development of cognitive inhibition. This skill is developed gradually and in the interaction between neural maturity, learning experiences, parenting practices, and environmental conditions. Children in the early years of school are still developing cognitive and neural abilities related to self-control and may be more affected by immediate impulses than adults in exciting or stressful situations. Cognitive inhibition allows the child to create a gap between the desire to perform a behavior immediately and the necessity of situational assessment, providing more opportunity for conscious choices. This process does not imply the permanent suppression of thoughts or emotions, but rather refers to the ability to manage responses and choose a response appropriate to the goals and rules of the situation. In the framework of cognitive psychology, cognitive inhibition is one of the important components of executive functioning and interacts with working memory, cognitive flexibility, selective attention, and planning. These components do not operate independently, but are used in many everyday situations in the form of a coordinated network to guide behavior. For example, a student who encounters an early and incorrect response when solving a problem should be able to inhibit the tendency to immediately choose that answer, re-examine the available information, and choose a more appropriate solution. In such a situation, cognitive inhibition helps reduce hasty responses and increase accuracy in decision-making. Impulsive behavior is one of the most notable patterns of behavior in childhood, characterized by quick action, responsiveness without sufficient reflection, and difficulty in predicting the consequences of behavior. Impulsivity may manifest itself in the form of answering a question before the question is complete, interrupting others, having difficulty waiting, performing risky behaviors appropriate to the child's developmental level, or making decisions without considering the available options. However, occasional observation of such behaviors in children is not necessarily a sign of impairment, as impulse control gradually strengthens during development, and children's self-control varies in different situations. When impulsive behaviors exceed the expected level of development in terms of intensity, frequency, and persistence, and interfere with academic performance, social relationships, or family life, a more accurate evaluation becomes necessary. Impulsivity is a multidimensional phenomenon and can have motor, cognitive, and emotional dimensions. Motor impulsivity refers to acting quickly and having difficulty in inhibiting behavioral activities, while cognitive impulsivity may be related to choosing a response without adequate review of information or hasty decision-making. Emotional impulsivity is also more pronounced when a child does not get enough time to assess the situation in response to anger, frustration, excitement, or anxiety. These dimensions may overlap, but they do not necessarily stem from the same mechanisms. Cognitive inhibition can play a role in predicting some of these behaviors by inhibiting dominant responses, preventing disproportionate reactions, and providing opportunities for information processing. Children who have more difficulty stopping immediate responses may be more prone to impulsive behaviors, especially when environmental stimuli are attractive, exciting, or competitive. However, the amount of cognitive inhibition is only one of the factors influencing impulsivity, and not all behavioral differences in children can be explained based on this ability. Brain development, sleep quality, emotional pressures, motivation, mood characteristics, family circumstances, and social skills can also play a role in the formation of these behaviors. From a neuropsychological perspective, cognitive inhibition is related to the functioning of brain networks associated with executive control, particularly parts of the prefrontal cortex, and its relationship to other brain regions. These networks are involved in inhibiting inappropriate responses, assessing outcomes, maintaining goals, and regulating behavior against competing stimuli. In childhood, these networks continue to develop and organize, and their functioning is influenced by neural maturation and environmental experiences. The gradual development of these abilities can lead to an increase in a child's capacity to stop immediate behaviors, explore options, and choose adaptive responses. However, the relationship between cognitive inhibition and brain structures is complex, and a child's impulsive behavior cannot be attributed to the functioning of a single brain region. Cognitive inhibition plays an important role in regulating behavior in interacting with working memory and attention. Working memory allows the child to temporarily hold information relevant to the goal and use it when making a decision, while cognitive inhibition helps prevent responses that are not consistent with the current goal. For example, a student who knows that he or she must first hear the teacher's instruction in full when completing an assignment needs to keep the instruction information in mind and control his desire to start the activity immediately. Weaknesses in any of these components may make it difficult to implement targeted behavior. Selective attention also helps the child distinguish relevant stimuli from distracting information and prevents frequent attention distractions. If the child has difficulty controlling unrelated stimuli and maintaining focus on the goal, he or she is more likely to show more impulsive responses or take action before the situation is fully investigated. The interaction of these processes suggests that predicting impulsive behaviors requires examining a set of cognitive abilities, and focusing on one indicator alone may not provide a complete picture of a child's performance. The school environment is one of the most important situations in which the role of cognitive inhibition in impulsive behaviors becomes apparent. Students in the classroom must be able to take turns, listen as others speak, follow instructions, avoid answering questions before the question ends, and resist attractive but unrelated stimuli. Children with weaker cognitive inhibition may be more likely to interrupt others in these situations, get up without permission, or provide answers that are not the result of a full investigation of the problem. These behaviors can affect the quality of learning, communication with the teacher, and the child's social acceptance. Hasty responses may also lead to an increase in academic errors, as the child responds without reading the question fully or considering all the options. In group activities, difficulty in controlling impulses can lead to disagreements with peers, lack of turns, and decreased cooperation. However, the child's behavior in the classroom is also influenced by the characteristics of the educational environment, the attractiveness of the activity, the duration of the task, and the quality of the relationship with the teacher. Therefore, the evaluation of impulsive behaviors should pay attention to the situations in which the behavior appears and avoid quickly attributing problems to the child's fixed characteristics. The family also plays an important role in the development of cognitive inhibition and the formation of self-control patterns. Parenting practices, the stability of family rules, the quality of parental communication with the child, and the opportunities provided to practice independent decision-making can affect the development of behavior regulation skills. A predictable family environment in which there are clear and age-appropriate expectations provides a good opportunity to learn to stop, think, and choose answers. Parents who clearly explain the expected behavior and provide the child with the opportunity to correct the mistake instead of intense and sudden reactions can help to gradually strengthen self-control. In contrast, frequent conflicts, instability in rule enforcement, unpredictable punishments, and intense emotional pressure may make it more difficult to regulate behavior. Of course, the relationship between the family environment and cognitive inhibition is two-way; the child's impulsive behaviors may also increase family tension and affect parental responses. Therefore, the analysis of this relationship should pay attention to the interaction between the child's characteristics and the response patterns of the people around him. Emotion regulation is another process that is closely related to cognitive inhibition and impulsive behaviors. Children who have difficulty identifying and managing anger, frustration, anxiety, or intense excitement may have less time to stop and evaluate the response in stimulating situations. In such situations, the behavioral response can occur faster than consciously processing the consequences. Cognitive inhibition helps the child create a distance between the initial emotion and the behavioral action, but the effective use of this ability also depends on the level of emotional arousal and coping skills. For example, a student who gets angry when they lose a game may have difficulty controlling the urge to protest or aggressive behavior. If this child is able to recognize their emotion, find time to calm down, and use an alternative strategy, they are more likely to choose an adaptive response. Teaching emotion naming, tolerating frustration, problem-solving, and asking for help can help strengthen self-control alongside cognitive exercises. It is important to note that the ability to inhibit the cognitive response is not the same as emotion regulation, although the two processes influence each other in real-world situations. From a learning perspective, impulsive behaviors may be reinforced by immediate consequences. When a child performs an action without reflection and receives immediate pleasure, attention, or reward from it, the likelihood of repeating the behavior may increase. In contrast, the negative consequences of behavior sometimes appear with delay and will have a limited deterrent effect for a child who has difficulty controlling immediate responses. This can be seen in behaviors such as interrupting others, immediately choosing an attractive option, or leaving a difficult task. Reinforcing alternative behaviors, such as being patient, exploring options, and requesting turns, can increase the opportunity to learn adaptive responses. Providing clear and immediate feedback on desirable behavior may also be beneficial for school-age children. However, behavioral interventions should be tailored to the child's age, developmental level, individual characteristics, and environmental circumstances, avoiding feelings of shame or labeling. To investigate the role of cognitive inhibition in predicting impulsive behaviors, the use of valid assessment methods is important. Functional tests of response inhibition, such as tasks that require a child to respond to specific stimuli and stop responding in some situations, can assess part of the ability to inhibit the response. Stroop's homework, go-ahead tests, and stop-response paradigms are among the methods They are used in cognitive research to examine different aspects of inhibitory control. Each of these tools measures a specific component of cognitive function, and their results should not be equated with each other regardless of the nature of the task. In addition to functional tests, behavioral questionnaires for parents and teachers can provide information about the incidence of impulsivity in daily life. Combining performance assessment with multi-source reporting and direct observation can provide a more comprehensive understanding of the relationship between cognitive inhibition and impulsive behaviors. In interpreting the results, it should be noted that a child's performance on a lab test is not necessarily a complete reflection of his or her behavior at home or school. Factors such as fatigue, test anxiety, motivation, familiarity with the task, and the ability to understand instructions may affect the results. Therefore, conclusions about cognitive inhibition ability should be based on a set of evidence. Methodologically, one of the limitations of research on this topic is the use of correlation designs that do not allow for definitive determination of the cause-and-effect relationship. If a relationship is observed between weak cognitive inhibition and impulsive behaviors, it cannot be concluded solely on the basis of this finding that poor inhibition is the direct cause of impulsivity. Variables such as sleep problems, anxiety, environmental pressure, developmental differences, or attention problems may affect both variables. In addition, the heterogeneity of measurement tools and differences in the operational definition of impulsivity can make it difficult to compare the results of the researches. Some studies also rely on limited samples or specific clinical groups, and generalizing their findings to all school-age children requires caution. Age differences are particularly important during primary school, as executive functions develop rapidly during this period, and a similar score may mean differently at different ages. Individual differences in language ability, intelligence level, motivation, and educational experiences should also be taken into account when analyzing the results. On the other hand, impulsivity may be more related to poor cognitive inhibition in some children, difficulty in emotion regulation in others, and in some to environmental factors or a combination of these conditions. This heterogeneity suggests that developing a single pattern is not enough to explain all impulsive behaviors. Another research challenge is separating impulsive behaviors from symptoms of other developmental and psychological problems. Impulsive behaviors and difficulty waiting may be observed in attention deficit hyperactivity disorder, but the presence of these behaviors alone is not enough to diagnose this disorder. Evaluation should pay attention to the duration, severity, age of onset, presence of symptoms in different situations, and the extent of functional impairment. Also, anxiety, learning difficulties, sleep deprivation, and family tensions can temporarily or permanently affect behavior control. Accurate diagnosis requires a review of developmental history, family and school information, and specialized evaluation as needed. In the context of intervention, cognitive inhibition skills training can be done through activities that encourage a child to stop, listen, wait, and make informed choices. Games such as stopping and moving, following variable rules, turn-play games, and activities in which the child must carefully examine the stimulus before responding provide an opportunity to practice self-control. Educational activities can also include short, clear instructions, breaking down long assignments into smaller sections, and providing specific feedback. Problem-solving exercises that lead the child to identify the goal, explore options, anticipate consequences, and choose the appropriate response can help reinforce purposeful behavior. However, the transfer of practiced skills to real life is not always automatic, and strategies need to be practiced in a variety of home and school situations as well. The success of interventions should be assessed on the basis of observable changes in daily functioning, the quality of social relationships, and the degree of behaviour control, rather than simply improving performance on a cognitive test. It is suggested that future research use longitudinal designs to investigate the role of cognitive inhibition in predicting impulsive behaviours to determine the extent to which this ability can explain future behavioural changes. Examining children at several age stages can help identify periods in which strengthening inhibition skills is more important. Also, controlled interventional research can investigate the effectiveness of cognitive training programmes, emotion regulation training, and family-based interventions individually and in combination. The use of multiple tools, including functional tests, valid questionnaires, teachers' reports, and observation of behavior in the natural environment, can increase the validity of the findings. Investigating the role of mediating variables such as emotion regulation, sustained attention, working memory, and failure tolerance can also help to clarify the mechanisms of the relationship between cognitive inhibition and impulsivity. In addition to risk factors, it is also necessary to pay attention to protective factors such as family support, positive relationship with the teacher, opportunity to practice self-control, and structured educational environment. These factors may help the child to show more adaptive behaviors despite some cognitive difficulties. The findings of such studies can provide a basis for designing preventive and educational programs tailored to children's needs. The role of cognitive inhibition in predicting impulsive behaviors in school-age children is important because self-control is one of the foundations of learning, social adjustment, and the development of individual independence. A better understanding of this relationship helps parents and teachers to examine impulsive behaviors more closely and distinguish between weaknesses in self-regulation skills, environmental conditions, and possible developmental problems. Attention to cognitive inhibition should not lead to labeling or blaming the child, but should create the context for identifying educational needs and providing opportunities for development. The combination of environmental support, cognitive skills training, strengthening emotion regulation, and specialized assessment as needed can help improve behavior control and reduce the negative consequences of impulsivity. An approach that takes into account individual differences and developmental stages allows children to gradually learn the skill of stopping, thinking, and choosing the appropriate response in everyday situations, thereby participating more effectively in academic, family, and social activities.