Algebra: Linear Equations and Systems
Teams solve SAT-style linear equations, inequalities and systems, comparing algebraic and graphing methods. The session ends with a short timed mixed set.

A weekly club where high schoolers practice SAT-style math problems together in a 4-week rotating cycle. Teens work through algebra, advanced math, problem solving and geometry questions in the style of the digital SAT, compare strategies with teammates and build steady pacing habits.

Paid once.
This club is for high schoolers who already know their core math and want regular, focused practice on the kinds of problems that appear on the digital SAT Math section. Every 75-minute session is a working session: teens solve, compare and refine, rather than sit through long lectures.
The club runs on a 4-week rotating cycle that follows the main SAT Math content areas. One week focuses on linear equations, inequalities and systems; the next on quadratics, functions and exponential models; then ratios, percentages, data and statistics; and finally geometry and trigonometry. Teens can join at any point in the cycle, and each week stands on its own.
All problems are original practice questions written in the style of the digital SAT, not official test questions. Teens practice choosing between algebraic solving, plugging in and using a graphing calculator such as Desmos, and they learn to recognise which method is fastest for each question type.
Teamwork is central. Learners solve in small breakout teams, explain their methods to each other and debate which approach is most efficient. The session ends with a short timed mixed set so teens can practice pacing under gentle time pressure.
This is an advanced-level club. It does not promise any particular score; instead it builds steady habits, stronger problem solving and confidence with SAT-style question formats.
Each session opens with a 10-minute warm-up, followed by a short strategy demo, team problem solving in breakouts, a group debrief comparing methods and a timed mixed set. A short optional homework set is shared each week.
Solve SAT-style algebra, advanced math, data and geometry problems with confidence
Choose the fastest method for each question type, including graphing tools
Explain and compare solution strategies with teammates
Build a steady pacing routine for timed math sections
Identify personal weak spots to focus on between sessions
Learners should have completed Algebra 1 and be comfortable with Algebra 2 or Geometry topics. A graphing calculator or free access to Desmos is required.
Graphing calculator or free Desmos access in a browser; plenty of scratch paper; pencil and eraser; a timer for timed sets.
A step-by-step plan of what your child learns, class by class.
Teams solve SAT-style linear equations, inequalities and systems, comparing algebraic and graphing methods. The session ends with a short timed mixed set.
Learners work through nonlinear functions, factoring and exponential models in the style of SAT Advanced Math questions and practise choosing the fastest method.
Teams tackle ratios, percentages, rates, statistics and data displays in SAT-style problems and debrief on common traps.
Learners practise area, volume, circles and right-triangle trigonometry, then finish the cycle with a team timed mixed set and pacing review.
Next 7 days, US Eastern Time
It is for high schoolers aged 15 to 17 who have completed Algebra 1 and want regular, advanced practice on SAT-style math. It suits teens who like working through problems with others and comparing methods.
No. All problems are original practice questions written in the style of the digital SAT Math section. We do not use official test questions.
Each week covers one content area in a 4-week rotating cycle, so a missed topic comes around again in the next cycle. The optional practice set for that week can still be shared.
We cannot promise any particular score. The club builds strategy, steady pacing habits and familiarity with SAT-style question types through regular practice.
A computer with Zoom, scratch paper, a pencil and either a graphing calculator or free browser access to Desmos. A timer is helpful for the timed sets.
Nandini brings seven years of focused experience tutoring Grades 6–8 science students in physics, chemistry, and biology. She emphasizes the scientific method as the foundation for strong classroom performance and independent learning. Her lessons combine step-by-step inquiry pra…

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