Daniel Ekoko
French tutoring that’s engaging & practical
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French classes - Daniel Ekoko
Bachelors degree
/ 30 min
About your french tutor
Hello, I'm Daniel, a dedicated French tutor with a deep passion for teaching and helping students achieve their language goals. With a background in Mathematics, Statistics, and Computer Science, I bring a structured yet creative approach to language learning. My teaching philosophy emphasizes interactive and engaging lessons tailored to each student's unique needs and learning style. I believe that real-life examples and practical exercises are key to mastering French, making the language both accessible and enjoyable. Whether you're just starting out or looking to refine your skills, I am committed to guiding you every step of the way. Together, we can build your confidence and fluency in French. Let’s embark on this rewarding journey and unlock new opportunities through language learning!
French tutor expertise
Homework help
French pronunciation
Conversational French
French pronunciation skills
Test prep
Daniel graduated from University of Toronto
Meet Daniel
French classes at a glance
As a French tutor, I work with students of all levels, including school-age learners, college students, and adult or professional individuals seeking to enhance their language skills. My teaching methodology is designed to be engaging, interactive, motivational, practical, and highly adaptable to suit the unique needs of each student. I craft lessons tailored to each student’s language proficiency, focusing on preparing them for real-life conversations, academic success, or professional settings. To make learning dynamic and effective, I incorporate language learning apps, French podcasts, and other modern tools to enrich the experience. Additionally, I provide detailed feedback on pronunciation and fluency through spoken assignments, ensuring consistent progress. Together, we’ll create a personalized learning journey that will help you master the French language with confidence and enthusiasm!
French concept taught by Daniel
The session involved a review of Riemann sums, including left and right endpoint approximations, and transitioned into a discussion of definite integrals and their calculation using limits. The Student practiced applying these concepts to estimate the area under a curve and verifying the results using integration. The Student was assigned to practice calculating definite integrals.
Riemann Sums: Approximating Area Under a Curve
Delta x (Δx): Subinterval Width
Riemann Sum Identities
Limits and Riemann Sums
Indefinite Integrals of Polynomials
Sigma Notation (∑): Summation
Calculating Endpoints (xᵢ) for Riemann Sums
The Student received an introduction to Riemann sums, covering the basic concepts, different methods for approximating area under a curve using rectangles, and the formulas for calculating the width and height of these rectangles. The Student practiced applying these concepts with example problems. The next session will continue with further practice and exploration of Riemann sums.
General Formula for Left Riemann Sum Endpoints (xᵢ)
Area Approximation with Riemann Sums
General Formula for Right Riemann Sum Endpoints (xᵢ)
Left
Right
and Midpoint Riemann Sums
Interval Partitioning and Δx (Delta x)
Riemann Sums: Approximating Area Under a Curve
The Student and Tutor reviewed definite integrals, including manipulating integral bounds and applying properties like the constant multiple rule. The Student practiced applying these concepts to solve problems involving area under curves. They also worked on evaluating definite integrals, including finding x-intercepts to determine the bounds of integration. The tutor assigned practice problems.
Finding X-Intercepts to Determine Integration Limits
Sum and Difference Rule for Integrals
Additivity of Integrals Over Adjacent Intervals
Constant Multiple Rule for Integrals
Properties of Definite Integrals: Interval Reversal
Definite Integrals and Area Under a Curve
The Tutor introduced conic sections with a focus on circles. The Student practiced identifying circle parameters from equations and converting between general and standard forms using the completing the square method. The session concluded with setting up the Student's account to access homework assignments.
General Form of a Circle Equation
Identifying Circle Equations
Solving Circle Equations
Graphing a Circle
Completing the Square
Standard Form of a Circle Equation
The Student and Tutor reviewed anti-derivatives, the power rule for integration, and the relationship between position, velocity, and acceleration. The Student practiced converting between radical and exponential forms and worked through indefinite and definite integral problems. Homework on the website was assigned to reinforce the concepts learned.
Integral of 1/x
Root and Exponent Conversion
Relationship Between Position
Velocity and Acceleration
Definite Integrals
Power Rule for Integration
The session focused on introducing anti-derivatives, also known as indefinite integrals. The student reviewed and applied the power rule for integration to a variety of functions, including those with fractional and negative exponents. Homework was assigned to provide additional practice.
Anti-derivatives: The Reverse of Differentiation
The Power Rule for Integration
The Constant of Integration (C)
Integrating Constants
Rewriting Functions for Integration
Types of learners for french classes
School
College
All Levels
Adult / Professional
Interactive french lessons
Pets are welcomed
Weekend lessons
Chat for quick help
Mobile joining
Record lessons
Tools & techniques used in french classes
Quizzes
Subtitled media
Grammar practice
Digital whiteboard
Writing prompts
Phonetic drills
French tutors on Wiingy are vetted for quality
Every tutor is interviewed and selected for subject expertise and teaching skill.
