Treeby's Maths Corner
Red Cliffs, Victoria, Australia
About the store
I am a seventh year mathematics teacher in a small town in Victoria, Australia and I'd like to share with you the worksheets and resources that I have made over during this time because they are mostly on concepts that I couldn't find worksheets on specifically for that skill or I just plain felt like making one the way that I wanted it to be done.
I enjoy my job and love teachings maths, I'm lucky enough to teach a wide variety of ability groups within my school and I feel like this has given be a really good understanding of how building confidence in mathematics works. For most of my students, it's repeating the same style of questions until they are comfortable moving on which isn't everybody's style but my students are given the freedom in the platforms and styles they learn in.
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Standard
Programs & methods
Solving Quadratic Equations Using the Quadratic Formula worksheet
This editable and print-friendly worksheet helps students practice solving quadratic equations using the quadratic formula step by step. It starts with simple equations where a=1 and coefficients are small, and gradually increases in difficulty to include larger coefficients and negative discriminants. This resource includes: - 20 questions of increasing difficulty - Fully worked answer key with step-by-step solutions - Editable Google Doc version (for you to customise to suit your own classroo
Not Specific
Algebra, Algebra 2, Graphing
CCSS, TEKS
HSA-REI.B.4
, HSA-REI.B.4b
, MA.8-9.A1.6.A
+2
Indirect variation (inverse proportion) - worksheet + answer key, editable doc
Help your students understand how two variables change in opposite directions with this scaffolded and fully editable worksheet on inverse (indirect) variation. Students explore relationships of the form y=k/x, learning how to find the constant of variation, form equations, and calculate missing variables. The 20 questions progress from foundational substitution and solving for k all the way through to interpreting and applying inverse variation in more abstract problems. Perfect for class pra
Not Specific
Algebra, Algebra 2
CCSS, VA SOL
8.F.B.4
, HSF-BF.A.1
, HSF-BF.B.4
+1
Writing Linear Equations from Two Points Worksheet (Editable doc + answer key)
Help your students confidently write linear equations from two points with this structured and editable worksheet. This resources guides students step-by-step through the process of finding the gradient (slope), substituting into y=mx+c (or y=mx+b) and forming the equation of a line which is perfect for building algebraic fluency and graphing understanding. This worksheet has 20 carefully sequenced questions such that learners progress from relatively straightforward integer coordinates to more
Not Specific
Algebra, Algebra 2
CCSS, TEKS, VA SOL
HSA-CED.A.2
, HSA-REI.D.10
, HSF-BF.A.1
+3
Finding the Discriminant worksheet (20 questions, editable doc + printable)
Help your students understand how to find the discriminant of a quadratic equation and determine how many real solutions it has with this clear, scaffolded worksheet. Designed with 20 questions of increasing difficulty, this resource supports students in identifying coefficients, applying the discriminant formula, and interpreting results — all with full worked examples and answers included. What’s included:Editable Google Doc worksheet (customise, assign, or print)Double-sided printable work
Not Specific
Algebra, Algebra 2, Graphing
CCSS
HSA-REI.B.4
, HSA-REI.B.4b
Direct variation / proportionality worksheet - finding k worksheet and solutions
Help your students master direct variation with this scaffolded 20 question worksheet focused on identifying and solving for the constant of variation, k. This helps students develop their understanding of proportional relationships and how to express them as linear equations of the form y=kx.Starting from basic numerical examples and progressing to algebraic and real-world context, this worksheet provides the perfect bridge between proportional reasoning and linear functions. What's included:
Not Specific
Algebra, Algebra 2
CCSS
8.EE.B.5
, 8.EE.C.7
![Preview of [System of Equations] Solving Simultaneous Equations by Substitution worksheet](https://ecdn.teacherspayteachers.com/cdn-cgi/image/format=avif,quality=70,width=525,height=525,onerror=redirect/thumbitem/-System-of-Equations-Solving-Simultaneous-Equations-by-Substitution-worksheet-14593778-1760678916/750f-14593778-1.jpg)
[System of Equations] Solving Simultaneous Equations by Substitution worksheet
Support your students in mastering simultaneous equations using substitution with this carefully scaffolded worksheet. This resource includes 20 questions that increase gradually in difficulty — starting with simple linear pairs and moving towards equations requiring rearranging, fractions, and negative coefficients. Perfect for middle and high school learners, the worksheet reinforces algebraic reasoning, substitution accuracy, and interpreting solutions. What’s included:Editable Google Doc w
Not Specific
Algebra, Algebra 2, Graphing
CCSS, TEKS, VA SOL
8.EE.C.8
, 8.EE.C.8a
, MA.8-9.A1.3.G
+2
Algebraic fractions bundle - multiplying, dividing and mixed practice (60qs)
Save time and give your students comprehensive practice with algebraic fractions using this 60-question mega bundle. Designed to take learners from the basics of multiplying algebraic fractions through to confidently handling mixed multiplication and division problems. What’s included in the bundle:Multiplying Algebraic Fractions (20 Qs): scaffolded practice from simple to complexDividing Algebraic Fractions (20 Qs): step-by-step support using “Keep–Change–Flip”Mixed Multiplication & Division
Not Specific
Algebra, Algebra 2
Mixed multiplication & division of algebraic fractions (20 questions, editable)
Challenge students to apply both multiplication and division of algebraic fractions with this 20-question mixed worksheet. What’s included:20 mixed questions that combine multiplying and dividing fractionsProgresses from simple numeric-variable fractions to binomials and complex expressionsInstructions on how to tackle mixed operations (order of operations + Keep–Change–Flip)Fully worked solutionsEditable Google Doc format for easy adaptationWhy mixed practice matters:Encourages flexible think
Not Specific
Algebra, Algebra 2
Multiplying Algebraic Fractions - 20 Scaffolded Questions (Editable & Printable)
Help students gain confidence with multiplying algebraic fractions using this clear, scaffolded worksheet. What’s included:20 questions that progress from simple numeric fractions with variables to binomials and factorised expressionsFully worked solutions for all problemsStep-by-step instructions included for student referenceEditable Google Doc so you can adjust, reorder, or differentiate questions as neededWhy multiplying algebraic fractions matters:Builds fluency in fraction arithmetic with
Not Specific
Algebra, Algebra 2
CCSS
7.NS.A.2
Dividing Algebraic Fractions - 20 Scaffolded Questions (Editable & Printable)
Support students in mastering division of algebraic fractions with this worksheet that helps students break the process into manageable steps. What's included: - 20 questions ranging from simple reciprocal to binomial expressions - Step-by-step "Keep-Change-Flip" instructions for students - Fully worked solutions provided - Editable Google Doc version for easy customisation Why dividing algebraic fractions matters: - Reinforces the concept of reciprocal multiplication - Prepares students for rat
Not Specific
Algebra, Algebra 2
Finding the Turning Point (Vertex) of Quadratics (20 questions, editable doc)
Help your students confidently identify the turning point (vertex) of a quadratic function with this scaffolded worksheet. Designed for students in Year 9-10 in Australia (but suitable for many other year levels across the world), this resource teaches students how to find the the vertex in standard form as well as in completed square form, also known as the Vertex form. Students work through 20 questions that slowly increase in difficulty, reinforcing skills step-by-step. A short introduction
Not Specific
Algebra, Algebra 2
CCSS, TEKS, VA SOL
HSA-REI.B.4a
, HSA-REI.B.4b
, HSF-IF.C.7a
+2
Translating Word Problems into Linear Equations Worksheet (Editable Doc + Ans)
Help students bridge the gap between mathematical language and real-world problem solving with this worksheet on translating word problems into linear equations. This resource helps learned identify key quantities, set up relationships between variables and write equations that model practical scenarios - a vital algebraic reasoning skill. With these 20 scaffolded questions, students start with simple relationships before progressing to multi-step and contextual word problems with each one build
Not Specific
Algebra, Algebra 2
CCSS, TEKS, VA SOL
HSA-CED.A.1
, HSA-CED.A.2
, HSF-IF.C.7a
+6
Graphing quadratic equations - 4 sets (fully editable Google Doc)
Help your students build deep understanding of quadratic graphs with this structured, scaffolded worksheet focusing on table of values analysis and accurate graphing. Students work with four different quadratic equations, choosing appropriate x-values, calculating the corresponding y-values, listing ordered pairs, and plotting each graph on a Cartesian Plane. What's included:- 4 sets of 4 quadratic equations: basic monic quadraticsmonic quadratics with a linear termmonic quadratics with positiv
Not Specific
Algebra, Algebra 2, Graphing
CCSS, TEKS, VA SOL
HSA-CED.A.2
, HSF-IF.B.4
, HSF-IF.C.7
+5
Showing 1-13 of 13 results
About the store
Experience
I am a seventh year mathematics teacher in a small town in Victoria, Australia and I'd like to share with you the worksheets and resources that I have made over during this time because they are mostly on concepts that I couldn't find worksheets on specifically for that skill or I just plain felt like making one the way that I wanted it to be done.
I enjoy my job and love teachings maths, I'm lucky enough to teach a wide variety of ability groups within my school and I feel like this has given be a really good understanding of how building confidence in mathematics works. For most of my students, it's repeating the same style of questions until they are comfortable moving on which isn't everybody's style but my students are given the freedom in the platforms and styles they learn in.
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