Sharon Suresh
Empower Your Quantum Knowledge with a Supportive Tutor for Successful Learning Together.
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Sharon Suresh
Bachelors degree
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Each lesson is 55 min
50 lessons
20% off
/ lesson
30 lessons
15% off
/ lesson
20 lessons
10% off
/ lesson
10 lessons
5% off
/ lesson
5 lessons
-
/ lesson
1 lessons
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/ lesson
Sharon - your physics tutor
I'm Sharon Suresh, a passionate tutor with a Bachelors's degree and years of experience specializing in Physics tutoring for college students. My expertise lies in subjects like Electromagnetism, Quantum Mechanics, and more. I offer personalized learning plans, real-world applications, and engaging Physics experiments to enhance understanding. From career guidance to test prep strategies, I cover it all. Let's explore the fascinating world of Physics together!
Sharon graduated from BITS Pilani
Academic expertise of your physics tutor
Physics lab skills
Career guidance
Review sessions
Real world application
Physics experiments
Student types for physics class
ADHD
College
Learning Disabilities
Anxiety or Stress Disorders
Physics class snapshot
In my personalized tutoring approach, I focus on being result-oriented, inspiring, collaborative, and structured, aiming for a deep conceptual understanding. I specialize in teaching a wide array of physics subjects such as Electricity, Mechanics, Quantum Mechanics, and more at the college level. To enhance the learning experience, I leverage tech tools like digital whiteboards, interactive 3D models, and video conferencing for engaging and interactive lessons. I follow diverse curricula like A-Levels, AP Program, and IB to cater to individual student needs effectively. My strength lies in tailoring teaching methods to each student, ensuring they grasp complex concepts and excel in their academic journey.
Sharon - Physics tutor also teaches
Electricity
Relativity
Nuclear Physics
Physics
Thermodynamics
Electromagnetism
Physics concepts taught by Sharon
The session focused on algebra problems, covering absolute value inequalities, word problems involving equation construction, and simplification of radical expressions. The Student worked through several practice questions and received guidance on problem-solving techniques, particularly in factorizing and simplifying radicals. The Student was assigned to review past test questions for further practice.
Solving Modulus Inequalities
Setting Up and Solving Word Problems with Multiple Variables
Simplifying Radical Expressions
Prime Factorization for Radical Simplification
The Student and Tutor worked on graphing inverse quadratic functions and restricting their domains, and practiced different graphing methods. They also tackled a word problem that required algebraic manipulation to solve a quadratic equation. The Tutor helped the Student identify and correct errors in their problem-solving approach.
Inverse of Quadratic Functions
Solving Equations with Square Roots
The '1
3
5' Graphing Pattern
Graphing Quadratic Functions Using Vertex Form
Domain and Range Restrictions for Inverses
The session covered multiple alleles, blood types, sex-linked genetics including hemophilia and color blindness, and dihybrid crosses. The student practiced problems involving blood type inheritance and dihybrid cross ratios. The student will upload biology materials for a future mock test.
X-Inactivation
Sex-Linked Genetics
Human Blood Type Genetics
Multiple Alleles
Genotypic and Phenotypic Ratios
Dihybrid Crosses
The Student and Tutor covered genetics, including heredity, genotypes, phenotypes, co-dominance, and incomplete dominance. The Student practiced identifying genotypes and phenotypes given different traits. The tutor assigned practice problems related to the covered topics for the next session.
Genetics and Heredity
Homozygous vs. Heterozygous Genes
Genotype vs. Phenotype
Punnett Squares and Gametes
Complete Dominance
Co-dominance
Incomplete Dominance
The session reviewed enolate formation and alkylation reactions, focusing on the mechanisms and stability of intermediates. The student worked through several problems involving LDA, enolates, and alkyl halides, with the Tutor guiding them through the reaction steps. The session aimed to solidify the student's understanding of these fundamental organic chemistry concepts.
SN2 Reactions with Alkyl Halides
Nucleophiles and Electrophiles
Resonance
Enolate Formation
LDA as a Strong Base
MSDS Table
The student practiced Python coding exercises with a focus on control flow statements, list manipulation, and tuple methods. They debugged code, addressed syntax errors, and enhanced problem-solving skills. The student and tutor planned to continue working on more challenging exercises in the next session.
Loops: `while`
Debugging
List Methods: `append()`
`insert()`
`pop()`
`sort()`
Loops: `for` and `range()`
Conditional Statements: `if`
Classroom tools used by physics tutor
Video conferencing
Interactive diagrams
Interactive 3D models
Digital Note taking
Flashcards
Engaging physics lessons
Weekend lessons
Parent feedback
Record lessons
Open Q&A
Mobile joining
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