Dr.Trusha Mehta
Making GCSE Chemistry Simple, Clear, and Engaging for Students, fun learning and curious approach




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Dr.Trusha Mehta
Bachelors degree
/ 55 min
Dr.Trusha - Know your tutor
I am a dedicated teacher of GCSE Chemistry, working with Year 6 students to build strong scientific foundations. At this early stage, my goal is to make chemistry simple, engaging, and relatable so students develop curiosity rather than fear of the subject. I use real-life examples such as melting ice or boiling water to explain concepts like states of matter, helping students connect learning to everyday life. I focus on breaking down complex ideas into small, easy steps using diagrams, analogies, and interactive discussions. My classroom encourages questions and active participation, creating a safe space where students feel confident to explore and learn. I also include simple experiments and demonstrations to make lessons more memorable. Along with teaching content, I develop critical thinking by encouraging students to predict, observe, and explain outcomes. I adapt my teaching to suit different learning styles and provide regular feedback to support progress. My aim is to build confidence, spark interest, and prepare students for future success in chemistry, and lifelong scientific learning ahead.i would be consistent and would like my student to follow the same .
Dr.Trusha graduated from O.O.Bogomolets National Medical University


GCSE tutor skills
Advanced Placement (AP) Program (USA)
New Zealand Curriculum - NZC (NZ)
A-Levels (UK)
Common Core State Standards - CCSS (USA)
GCSE (UK)
State-Specific Standards (USA)
Grade improvement
Australian Curriculum (AU)
Concepts learning
Provincial-specific curriculum (CA)
Next Generation Science Standards - NGSS (USA)
Practice Exams
AI modules
Summary
Podcast
Quiz
Learnings
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1-yr validity
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GCSE concepts taught by Dr.Trusha
The Student and Tutor worked through several practice problems on factoring different types of polynomial expressions, including the difference of squares, difference of cubes, factoring by grouping, and quadratic-like expressions. They discussed upcoming unit tests and the Student's goal to improve their math grade, with the Tutor offering extra practice worksheets and additional classes.
Factoring Difference of Squares & Higher Even Powers
Factoring Difference of Cubes
Factoring by Grouping for Polynomials
Factoring Quadratic-like Expressions with Substitution
Student and Tutor focused on SAT math preparation, reviewing several problem types. They practiced exponential decay and general exponential functions, solved a system of linear equations, applied the Pythagorean theorem, and derived linear functions from tables. The session concluded with a plan for a longer class next time, and the Student was advised to start an SAT formula notebook.
Pythagorean Theorem
Deriving Linear Functions from Tables
Solving Systems of Linear Equations by Substitution
Evaluating Exponential Functions
Exponential Decay & Growth Word Problems
Quadratic Equations: Factoring Essentials
Student and Tutor reviewed several problems related to statistics and data analysis, including interpreting slope, distinguishing between correlation and causation, analyzing scatter plots with R-values, and understanding residual plots. They also practiced describing data distributions and comparing data sets using various statistical measures. The Student has an upcoming test and will notify the Tutor about their availability for future sessions after a three-day trip.
Analyzing Data Distributions & Summary Statistics
Residual Plots for Evaluating Line of Fit
Linear Regression & Prediction with y = mx + b
Correlation vs. Causation
Understanding the R-value (Correlation Coefficient)
The Tutor and Student began a new unit on stereochemistry, covering fundamental definitions, the importance of 3D molecular structure, and key concepts like chirality and enantiomers. They discussed how to identify chiral carbons and reviewed related terms such as optical activity. The Student was tasked with writing down notes and was scheduled for another session to continue the topic.
Stereochemistry: The 3D Arrangement of Atoms
Stereoisomers: Same Formula
Different 3D Layout
Chirality: The Property of 'Handedness'
Chiral Carbon (Asymmetric Carbon): The Chiral Center
Enantiomers: Non-Superimposable Mirror-Image Stereoisomers
The Student and Tutor focused on solving quadratic equations, practicing two primary methods: using quadratic identities for specific forms and factoring by splitting the middle term. The Student worked through several example problems, receiving step-by-step guidance and feedback on their application of the learned techniques. They discussed continuing with SAT-style word problems in their next session.
Solving Quadratics by Identity: Difference of Squares
Factoring Quadratic Equations: Splitting the Middle Term
Simplifying Quadratic Equations Before Factoring
Verifying Factors in Grouping: The Matching Parentheses Rule
The Student and Tutor worked through practice questions for an upcoming Unit 3 Mathematics test. They focused on understanding and calculating median, interquartile range (IQR), interpreting box plots, determining correlation coefficients, and understanding the line of best fit and its slope. The Student is expected to continue practicing these concepts and bring any other relevant practice tests for future sessions.
Median Calculation
Line of Best Fit and Slope Interpretation
Correlation Coefficient (R)
Data Consistency (Spread)
Box Plot Interpretation
Interquartile Range (IQR)
Learning tools used by GCSE tutor
Digital whiteboard
Quizzes
GCSE Practice worksheets
GCSE Assessments
Study Planner
Exam oriented GCSE classes
Note taking
Mobile joining
Parent feedback
Record lessons
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