Dr.Trusha Mehta
Enhance Your Chemistry Skills with Engaging Exam-Centered Tutoring for Better Understanding.
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Chemistry tutor - Dr.Trusha Mehta
Bachelors degree
Dr.Trusha Your chemistry tutor
I'm Dr. Trusha Mehta, a Chemistry tutor with over 5 years of experience. Holding a Bachelors degree, I specialize in Physical Chemistry, Inorganic Chemistry, Chemical Bonding, and more. My specialities range from career guidance to personalized learning plans and test prep strategies. I cater to Elementary, Middle, and High School students, offering engaging Chemistry experiments, lab skills, and real-world applications. My focus on visual learning, review sessions, and homework help ensures a deep understanding of complex topics. Let's ace Chemistry together!
Dr.Trusha graduated from O.O.Bogomolets National Medical University


Specialities of your chemistry tutor
Personalized learning plans
Chemistry lab skills
Visual learning
Review sessions
Test prep strategies
Chemistry class overview
My teaching approach as a tutor is centered around creating conceptual, engaging, and exam-focused lessons tailored to students' needs. I leverage interactive tools like digital whiteboards, interactive diagrams, and video conferencing to enhance online learning. I specialize in subjects such as Acids, Bases & pH, Chemical Bonding, and Biochemistry among others, catering to Elementary, Middle, and High School students. By following curricula like A-Levels (UK) and Advanced Placement (AP), I ensure a comprehensive understanding. With patience and hands-on learning, I help 50+ students succeed by providing personalized tutoring and practice worksheets for better retention and application of knowledge.
Interactive chemistry lessons
Chat for quick help
Pets are welcomed
Record lessons
Open Q&A
Parent feedback

Chemistry concept taught by Dr.Trusha
Trusha and Aarya, both engaged in their biology studies, recently worked through multiple-choice questions covering cellular respiration, glycolysis, the Krebs cycle, and fermentation. During their discussion, Aarya encountered some errors concerning glycolysis products and the functions of co-enzymes within the Krebs cycle, which Trusha promptly clarified. Trusha then advised Aarya to thoroughly review these complex biological processes, with a particular emphasis on electron and proton transfers, in anticipation of their next lesson.
Cellular Respiration (Oxidation)
Glycolysis Products
NAD+/NADH Role
Alcohol Fermentation
Krebs Cycle Co-enzymes
Trusha tutored Hunter in Hindi, focusing on conversational skills and cultural understanding. The lesson also prepared him for discussions related to his upcoming trip to India and his relationship with Punima's family. For homework, Hunter was assigned to translate sentences about flight booking and discussing his relationship into Hindi. Their next lesson is scheduled for Friday to review these translations and continue practicing Hindi.
"I am trying" in Hindi
Conversational Practice Strategy
Asking to Speak Slowly (Hindi Phrase)
Trusha and Beth discussed ecological relationships including mutualism, parasitism, interdependence, and competition. Beth analyzed a food web, identified different types of consumers, and explored the impact of population changes within the web. Homework was assigned to define food webs and food chains, and OCR exam questions were reviewed.
Mutualism
Interdependence
Parasitism
Competition
Stable Community
Food Web
The learners worked on problems related to limiting reagents using a sandwich analogy and then moved on to heat change calculations using the formula Q=m*c*ΔT. One student, a resident of Queens, practiced calculating heat changes for different substances and explored the relationships between heat change, mass, specific heat, and temperature change. They will continue with the remaining questions in the next lesson and scheduled a class before Sunday.
Limiting Reagent
Heat Change Formula (Q=mCΔT)
Temperature Change (ΔT)
Directly Proportional Relationship
Inversely Proportional Relationship
Trusha assisted a university student from UCLA in practicing electron configurations for various elements and ions, including chlorine, sodium, and oxygen. The student worked on determining the number of protons, neutrons, and electrons in these species, and also learned that noble gases cannot be simplified in electron configurations. Trusha sent additional practice questions in the chat.
Electron Configuration (Full)
Electron Configuration (Simplified)
Ions & Electron Count
Noble Gases & Configuration
Trusha and Amit, both pursuing biology at UCLA in Tinseltown, recently had a lesson where they reviewed cell signaling, various types of cell communication, and the functions of cell organelles. They also clarified the roles of secondary messengers and kinases in cell signaling pathways. A worksheet was assigned for homework, with the answer key to be provided later. In a subsequent lesson, their focus shifted to enzymes, discussing their function as biological catalysts, essential terminology like substrate, active site, and the enzyme-substrate complex, the induced fit model, and different forms of enzyme inhibition. Amit was specifically tasked with reviewing irreversible inhibition and competitive inhibitors for their next lesson, which is scheduled for Thursday at 5:30.
Enzymes
Catalyst
Activation Energy (EA)
Induced Fit Model
Competitive Inhibitors
Types of learners for chemistry class
Anxiety or Stress Disorders
ADHD
Middle School
Learning Disabilities
Elementary School
High School
Home schooled
ASD
Your chemistry tutor also teaches
Biochemistry
Acids, Bases & pH
States of Matter
Chemical Reactions
Physical Chemistry
Inorganic Chemistry
Tools & techniques used by chemistry tutor
Digital Note taking
Assessments
Quizzes
Flashcards
Digital whiteboard

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