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What do I enjoy most about tutoring? 😁
One thing that I enjoy the most about tutoring is seeing people's confident face when they truly understand a concept after a long time of uncertainty.My Strengths as Tutor 💪
I did not receive any tutoring services during my VCE study so I had to figure out all the unclear concepts by myself after school. If I could self-study using the materials available online, why can't I teach others using the experiences that I had so they can navigate the content better?Most important things I can do for a student 🏅
The most important thing a tutor can do for a student is engage them in the content by answering a simple question: where is this subject used practically in real life? This means that for every new concepts being introduced, we should not dive in the boring formulas right away but rather talk about why the formula even exist or its role in everyday life. This makes the learning much more interesting.Subjects Tutored 🎓
- Physics tutoring in St Albans
- Maths tutoring in St Albans
- Info Processing tutoring in St Albans
- Software Dev tutoring in St Albans
Exam Prep 📝
- Naplan tutoring
Tutoring students in 👦 👧
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Recent Tutoring Comments:
Understood conservation of mass; good at translating simple compounds into symbols; grasped coefficient concept.
Understood conservation of mass; good at translating simple compounds into symbols; grasped coefficient concept.
Struggles with polyatomic ions (treating as one unit); forgets diatomic element subscripts (O?, N?); slow at finding starting point; fractions as coefficients.
Understood how to calculate mean and median; able to read and interpret stem-and-leaf plots.
Understood how to calculate mean and median; able to read and interpret stem-and-leaf plots.
Struggles with mode when no number repeats or when there are multiple modes; organizing data into stems and leaves accurately (especially with decimals).
Understood that volume is space inside a 3D object Correctly identified the base shape of different prisms Applied V=A×hV=A×h consistently Converted ...
Understood that volume is space inside a 3D object Correctly identified the base shape of different prisms Applied V=A×hV=A×h consistently Converted between cm³ and litres correctly Solved for missing dimensions using the formula
Using the correct perpendicular height (not the slanted height) for triangular bases Converting between mixed units (e.g., m ? cm ? mm) Recognising the cross-section in irregular prisms Working with decimals and fractions in area calculations
Understood the logic of signs for each case Correctly identified whether to use two positives, two negatives, or one of each Found number pairs that multiply to ...
Understood the logic of signs for each case Correctly identified whether to use two positives, two negatives, or one of each Found number pairs that multiply to cc and add to bb efficiently Recognised the pattern and applied it independently Asked good questions about "what if both numbers are negative?"
Remembering to check the middle term sign before deciding the case Handling larger numbers (e.g., x2?15x+56x2?15x+56) requires more trial and error Distinguishing between Case 2 and Case 3 when cc is negative Factoring when bb is zero (e.g., x2?9=(x?3)(x+3)x2?9=(x?3)(x+3) – difference of squares)