Tutors in Frenchs Forest include a 12-year K–12 English teacher with postgraduate TESOL credentials, a North Sydney Boys graduate with top 1% national maths and Olympiad distinctions, school captains and peer mentors, experienced art and music educators, Kumon-trained maths tutors, and subject duxes—many bringing leadership awards and extensive youth coaching or mentoring backgrounds.
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Standard EzyMaths were very helpful and very quick to respond. They found me a tutor quickly and it they were able to find someone that matches our requirements. It was a very easy process thank you SueSue, Frenchs Forest
Year 11 student Jamie worked on applying trigonometric functions alongside other algebraic expressions, as well as reviewing calculus skills including differentiation and integration using past paper questions.
For Year 12, Olivia focused on advanced physics topics, tackling equilibrium constants and RICE tables in chemistry before moving to centripetal force calculations with HSC-style practice.
Meanwhile, Year 10 student Alex reviewed key mathematics concepts by converting between radians and degrees, then practiced using trigonometric identities in application-based problems.
A Year 10 student showed reluctance to begin complex physics questions, often overcomplicating scenarios instead of breaking them down; as noted, "she kept looking for a formula rather than applying what she already knew."
In Year 11 maths, difficulty recalling integration rules slowed progress—uncertainty about which formula applied led to hesitation in starting problems.
Meanwhile, a Year 7 student repeatedly left homework incomplete and sometimes attempted conversion tasks mentally without written steps, making it hard to pinpoint errors. This resulted in missed opportunities for feedback and reinforcement during sessions, leaving key concepts only partially consolidated by lesson's end.
One Frenchs Forest tutor recently noticed a Year 11 student who, after struggling with the connections between differentiation and integration, began confidently applying both in calculus problems—this time linking distance, velocity, and acceleration laws without prompting.
In a Year 8 session, a student who previously hesitated to ask for clarification started speaking her mind as she worked through algebra questions, making it much easier to address misunderstandings right away.
Meanwhile, one primary student's memory for multiplication facts has noticeably improved; she now answers most six and four times table questions quickly and with fewer pauses than before.
