Year 7 student Alyssia reviewed titrations in chemistry, focusing on molar ratios and rearranging equations like n = m/M and C = n/V, as well as galvanic cells and balancing redox equations for her exam.

In Year 10, Sam worked on sketching linear graphs by finding x- and y-intercepts using the gradient-intercept method, then practised identifying equations of lines through various methods including calculating gradients.

Meanwhile, Year 9 student Emily revised univariate statistics by exploring mean, median, mode, range, and began working with interquartile range using sample data sets.

A Year 9 student tended to rely on previous answer formats when solving algebra problems; as one tutor noted, "he looked back at old examples instead of working through new reasoning steps."

In a Year 12 chemistry session, the student was hesitant to attempt the written discussion portion of an assignment and avoided "thinking outside the box" when applying concepts in unfamiliar situations.

Meanwhile, a Year 7 student was sometimes easily distracted during sessions, making it difficult to focus and set clear goals for what to cover next. This meant valuable lesson time was lost regaining focus or reviewing known methods.

A tutor in Norton Summit noticed Alyssia, a senior student, moved from needing guidance on titration equations to independently solving even complex questions with mixed molar ratios by the end of her session.

Alessandro, in Year 10, showed a real shift—he now arrives knowing exactly which maths concepts he's struggling with and directs the session by asking focused questions rather than waiting passively.

Meanwhile, Lucy in Year 6 used to hesitate when facing new statistics topics but recently began tackling practice problems on her own once shown the method, showing more initiative with each session.