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Latest Science for Parents and Educators

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Can praise backfire? How compliments in one subject affect motivation in another. 
Ren, Grenell & Gunderson (2025) | Evelyn Pham

When it comes to education, it is widely believed that validation is key to motivating students. However, new research suggests this is more complicated – especially when comparing student’s strengths across subjects. The Role of Dimensional Comparison Students engage in dimensional comparison, a process where they assess their strengths in “opposite domains” like math and english to figure out where they truly excel. This means that while praise in one area might boost their confidence within that domain, it could also change how students perceive their abilities in another. Motivation Shaping at Different Ages The study by Ren, Grenell and Gunderson (2025) revealed a promising first look at how middle schoolers and college students interpret praise differently. Middle schoolers, who are still figuring out who they are academically, may not increase their motivation for a subject just because they are praised. Meanwhile, college students, who have a clearer understanding of their abilities, tend to respond more positively to praise that enhances motivation. The Study To investigate this difference, researchers examined whether praising students in one subject affects their motivation in the other among two age groups: 7th - 9th graders and undergraduate college students. Each group had 109 participants. They were asked to complete both math and language reasoning tests and were randomly assigned to either receive praise in one subject (math or verbal), or not receive praise at all. The researchers then measured how this praise influenced their motivation and confidence in both subjects by comparing their measured math and verbal competence, self-concepts and intrinsic values before completing the tests and after receiving their scores back. Key Findings Verbal Praise Increases Verbal Motivation Across both age groups, students who received praise for their verbal performance were more motivated to engage in verbal activities. For college students, this even increased their intrinsic motivation, meaning their internal drive to do reading tasks is stronger. Math Praise and Self-Perception Although praise in neither math nor verbal domains affected students’ math motivational beliefs, college students who received praise in math reported seeing their math performance as better than their verbal performance. This suggests that math praise strengthened their dimensional comparison and belief in their own numerical abilities. A Surprising Reversal in Middle Schoolers An unexpected finding came from middle schoolers: when they were praised in math, they reported feeling more confident in verbal skills. This opposite dimensional comparison effect suggests they may have interpreted math praise as recognition of effort rather than ability. Therefore, middle school students may downplay their math abilities while emphasizing verbal skills to maintain a balanced self-image. Practical Takeaways for Educators This research provides valuable insights for teachers, parents, and mentors: For middle schoolers: When praising math performance, emphasizing ability rather than just effort may help middle schoolers see themselves as truly competent rather than just hardworking. This is particularly important since math competence is often linked with perceptions of brilliance, which can shape students’ long-term engagement in STEM fields. For college students: Praise can directly enhance confidence, meaning targeted encouragement can be a powerful tool for boosting motivation in specific subjects. Since verbal praise was especially effective in increasing intrinsic motivation for college students, educators may want to use subject-specific praise strategically to foster deeper engagement and interest in particular fields. Final Thoughts Praise is a powerful motivator, but its effects are not always straightforward. While college students may respond to praise with increased confidence in that subject, middle schoolers may engage in more complex comparisons that shift how they see themselves academically. Understanding how praise influences motivation at different stages can help educators and parents use it more effectively and turn well-intended compliments into tools for lasting growth.

Small Moments, Big Impact: How Parents Boost Math Engagement
Wu et al. (2024) | Shreya Patel

Children often start learning math at home before they ever encounter it in school. How parents talk about numbers and interact with their children during math-related activities can have a lasting influence. A recent study by Wu and colleagues (2024) explored how these interactions affect children’s engagement with math, and found that both what parents say and how they say it can shape a child’s learning experience, even from one minute to the next. What the Researchers Wanted to Know The researchers examined whether children are more engaged when parents ask open-ended math questions or when they support their child’s independence rather than taking control. More specifically, researchers investigated whether these two parenting approaches, cognitive (which refers to what is said) and motivational (which refers to how it is said), operate independently or work best together to promote engagement. The Study The study involved 529 families from across the United States, each with a seven-year-old child. In a laboratory setting, parents and children engaged in a 12-minute math activity using a coin-matching game designed to promote different types of mathematical thinking. Every minute of the interaction was recorded and carefully analyzed. The researchers examined two types of parenting behavior: cognitive and motivational. Cognitive behavior was examined by observing whether parents asked questions, or “prompts”, or gave direct information, or “statements”. They also looked at how complex the math content was. Motivational behavior was examined by noting whether parents supported their child’s independence during play or took control by leading the activity themselves. Throughout the activity, researchers tracked how engaged the children were and which math strategies they used, minute by minute. Findings Children showed higher engagement when parents asked more advanced math questions and encouraged deeper problem-solving. In contrast, simply giving answers or stating facts was less effective and sometimes even discouraged engagement, especially when paired with a controlling approach. Letting children explore and solve problems on their own also helped them stay focused. Parents who asked thoughtful questions and gave their children freedom to work on their own helped increase engagement. Even when only one of these approaches was used, children remained more engaged, compared to when parents used neither. Takeaways for Parents and Educators Simple changes in communication can make a meaningful difference in how children learn math. Asking open-ended questions like “What’s another way to solve this?” encourages curiosity and deeper thinking. Giving children time to work through challenges rather than stepping in with the “right answer” helps build problem-solving skills and confidence. When adults combine encouragement with the right amount of challenge, children are more likely to stay motivated and interested. Even minor shifts in how parents interact with their children can have long-term benefits for their child’s learning. Final Thoughts Even brief interactions between parents and children can influence how kids engage with math. By studying these moments closely, researchers found that both the content and tone of what parents say matter. Thoughtful questions and supportive communication can boost children’s confidence and curiosity. In everyday moments, the way parents communicate with their children can strongly influence how children view themselves as learners. Wu, J., Oh, D. (D.), Hyde, D. C., & Pomerantz, E. M. (2024). Cognitive and motivational numeracy parenting practices: Implications for children’s numeracy engagement during early elementary school. Developmental Psychology, 60(4), 680–692. https://doi.org/10.1037/dev0001706

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