Evelyn Nguyen
Engaging AP Biology and Statistics tutor with supportive problem-solving skills
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Evelyn Nguyen
Bachelors degree
Enroll after the free trial
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
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/ lesson
1 lessons
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/ lesson
Evelyn - About your AP tutor
Hello! I'm Evelyn Nguyen, a tutor on AP platform. With a Bachelor's degree in Doctor of Medicine, I specialize in teaching AP Biology and AP Statistics to college and school students. My teaching philosophy revolves around making learning engaging and relatable for students, ensuring they grasp concepts effectively. I employ interactive techniques and personalized approaches to foster student engagement and boost understanding. Let's learn together!
Evelyn graduated from Pham Ngoc Thach University of Medicine
AP tutor test prep specialities
Grade improvement
Test prep
Concepts learning
Homework help
Assignment help
Teaching methodology
As an AP Biology and AP Statistics tutor, I specialize in engaging, supportive, and problem-solving teaching methods. I work with college and school students to master key concepts and test-taking strategies. To assess understanding, I include essay questions and document-based questions in my lessons. By using timed practice tests that mimic the AP exam format, I ensure that my students are well-prepared for their exams. My goal is to provide a structured learning experience that caters to individual needs and fosters academic growth.
Evelyn - also teaches
AP Biology
AP Statistics
AP concepts taught by Evelyn
The Student and Tutor reviewed the laws of force, focusing on Newton's Second Law and how to apply it to problem-solving. They practiced analyzing forces, including friction and weight, and considered force components on inclined planes. The student was assigned homework problems applying these concepts.
Newton's Second Law of Motion
Friction Force
Free Body Diagrams
Weight vs. Mass
Analyzing Forces at Angles
The session reviewed sampling methods, research study design, and basic probability. The student practiced identifying biases in study design and calculating probabilities of independent events. The tutor recommended reviewing percentile and normal distribution and planned to help the student with any last minute questions the morning of the exam.
Conditional Probability
Probability: 'Or' vs. 'And' Events
Central Values and Outliers
Types of Bias in Research
Study Design vs. Sampling
Randomization Techniques
Sampling Methods: Random vs. Non-Random
The Tutor and Student discussed gene expression regulation at the chromosome and DNA levels, including histone modification, DNA methylation, and operons. They explored the mechanisms of transcription regulation, focusing on the roles of promoters, enhancers, and transcription factors. The next session is scheduled for further study.
Positive and Negative Regulation of Operons
DNA Looping and Enhancer Interaction
Transcription Factors: General vs. Specific
Transcription Regulation and Operons
Mechanisms Modifying Chromatin Structure
Chromosome Density and Gene Expression
Gene Expression Regulation Levels
The Student reviewed equilibrium conditions, torque calculations, and centripetal force problems in preparation for an exam. The Student practiced applying moment equilibrium and analyzing forces in horizontal and vertical directions. They were advised to review torque concepts and practice problems involving angular momentum and centripetal force.
Moment Equilibrium (Torque)
Applying Vertical Component of Forces
Centripetal Force
Free Body Diagrams and Force Components
Problem-Solving Strategies for Equilibrium Problems
The Student reviewed cellular transport mechanisms and organelle functions, specifically focusing on lysosomes and cholesterol's role in cell structure. The Tutor introduced cell respiration and provided a framework for analyzing cellular processes, assigning the Student to analyze cell respiration using the provided five-question method as homework.
Cellular Transportation
Mitosis vs. Meiosis
Cell Respiration Process Analysis: The 5 Questions
Diffusion and Equilibrium
Functions of Membrane Proteins
Cholesterol's Role in Cell Membranes and Hormones
Lysosomes and Phagocytosis
The student and tutor reviewed concepts related to angular momentum, torque, and rotational kinematics, including problem-solving strategies for calculating these quantities. The student practiced applying these concepts to various problems, including calculating angular momentum, torque, and solving for equilibrium conditions. The next session will cover angular and centripetal acceleration.
Angular Momentum
Torque due to Weight
Static Equilibrium and Torque Balance
Torque (τ)
Angular Acceleration (α)
Moment of Inertia (I) Calculation
Practical aids used by AP tutor
Quizzes
Presentations
Assessments
Digital whiteboard
Practice worksheets
Effective AP classes
Parent feedback
Open Q&A
Mobile joining
Chat for quick help
Note taking
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