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Emmanuel Asante

"Math Mavens: Engaging Visuals, Real-World Insights, Interactive Learning"

4.8(32)

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Profile photo of Emmanuel, Mathematics tutor at Wiingy
Profile photo of Emmanuel, Mathematics tutor at Wiingy
Profile photo of Emmanuel, Mathematics tutor at Wiingy
Profile photo of Emmanuel, Mathematics tutor at Wiingy
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Private tutor - Emmanuel Asante

Bachelors degree

/ 30 min

Emmanuel - Know your tutor

Hello! I’m Emmanuel Asante, a passionate and experienced math tutor committed to helping students at all levels, from elementary school to high school, gain a strong understanding of math. With a deep expertise in various fields, including elementary math, middle school math, high school math, probability, statistics, trigonometry, and AP Calculus, I offer personalized tutoring services designed to unlock your full potential in mathematics. Mathematics often feels intimidating to many students, but I’m here to change that perception. I firmly believe that math can be enjoyable, accessible, and, most importantly, a tool that helps us understand the world around us. My goal as a tutor is not just to teach you the “how-to’s” of solving problems but to show you the real-world applications and beauty of math. Whether you're tackling basic arithmetic, learning the fundamentals of algebra, or preparing for the rigor of AP Calculus, I work to ensure that you not only grasp the material but also appreciate its significance. One of the core elements of my teaching philosophy is to create a supportive, welcoming, and dynamic learning environment where students feel confident and encouraged. I believe that every student learns at their own pace, and my approach is tailored to meet individual needs. There’s no “one-size-fits-all” when it comes to learning math, which is why I place a strong emphasis on adapting my teaching methods to suit your learning style. I understand that students often have different strengths and challenges, and I strive to meet each student where they are.

Emmanuel graduated from University of Mines and Technology

Emmanuel graduated from University of Mines and Technology
Emmanuel graduated from University of Mines and Technology

Class overview

As an experienced math tutor, I tailor my teaching to cater to Elementary, Middle, High School, and College level students. My teaching style focuses on visual explanations, real-world applications, and interactive sessions to make learning engaging and effective. I celebrate correct solutions with encouraging comments, highlight common mistakes, and provide alternative problem-solving methods. Short quizzes are used frequently to master specific concepts. My adaptive approach helps students succeed in their academic pursuits, with many gaining admission to top universities for math-intensive fields like engineering, physics, and economics.

Specialities of your tutor

Assignment help icon

Assignment help

Grade improvement icon

Grade improvement

Test prep icon

Test prep

Concepts learning icon

Concepts learning

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Exam prep

keyLearning

Mathematics concept taught by Emmanuel

Student learned 2 days ago

The Student and Tutor discussed MOS capacitor CV characteristics, including the impact of accumulation, depletion, and inversion layers. They then worked through a quantitative problem involving low and high frequencies, computing different capacitance values. They will continue with remaining parts of the problem and review a past paper in the next session.

CV Characteristics of MOS Capacitors

Substrate Types: P-type vs. N-type

Frequency Dependence in Inversion

Calculating Oxide Capacitance

Minimum Capacitance and Maximum Depletion

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Student learned 4 days ago

The Student and Tutor covered MOSFET characteristics, including flat band conditions and threshold voltage, and practiced quantitative problem-solving related to maximum depletion region width and space charge density. They worked through several example calculations, adjusting for temperature and material changes. They began but did not finish a more complex problem requiring numerical solutions.

Numerical Solutions and Iterative Methods

Threshold Voltage (Vₜ) in MOSFET

Calculating Fermi Potential (ΦF)

Maximum Depletion Width (Xᴅₜ) Calculation

Maximum Space Charge Density (Q'ₛᴅ max)

Temperature Dependence and Approximations

Flat Band Condition in MOSFET

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Student learned 5 days ago

The session covered the concept of metal-semiconductor work function difference and its importance in MOSFETs, including how it varies with different gate materials like aluminum, N+ polysilicon, and P+ polysilicon. The Student sketched energy band diagrams for different MOS structures. The Tutor will share the session file.

Metal-Semiconductor Work Function Difference

Work Function Definition

Fermi Level Alignment in Equilibrium

Impact of Unequal Work Functions

Aluminum

N+ Poly

and P+ Poly Gates: Work Function Differences

Energy Band Diagrams for MOS Structures

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Student learned 6 days ago

The Student and Tutor worked on a calculus problem involving limits, L'Hôpital's Rule, differentiation (product and chain rule), and indeterminate forms. The student practiced applying these concepts to a complex function and learned the importance of simplification. The Tutor shared lesson notes with the Student for review.

Differentiation Techniques: Chain Rule

Algebraic Simplification and Factoring

Derivatives of Trigonometric Functions

Derivatives of Exponential Functions

Differentiation Techniques: Product Rule

L'Hôpital's Rule

Limits and Indeterminate Forms

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Student learned 6 days ago

The Student reviewed several calculus problems including limits, continuity, horizontal asymptotes, velocity, and marginal cost, and derivatives of logarithmic functions. The Tutor explained various methods and shortcuts for solving these problems. The session concluded with a discussion about meeting again and the Tutor sharing the updated file.

Differentiation of Natural Logarithms

Average Cost and Marginal Average Cost

Marginal Cost

Velocity as a Derivative

Horizontal Asymptotes

Continuity of Functions

Limits at Infinity

Domain Representation

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Student learned 7 days ago

The Student and Tutor reviewed the concept of correlation, including its definition, types (positive, negative, and zero correlation), and calculation using the Pearson correlation coefficient. The Student practiced calculating the correlation coefficient with two examples and received a homework assignment to further practice these skills. The homework involves determining the type and strength of correlation, calculating 'r', and interpreting the results based on a dataset.

Direction of Correlation

Pearson Correlation Coefficient Formula

Interpreting r Values

Correlation Coefficient (r)

Definition of Correlation

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Emmanuel also teaches

Elementary School Math

Elementary School Math

High School Math

High School Math

Middle School Math

Middle School Math

Probability

Probability

Statistics

Statistics

Trigonometry

Trigonometry

Student types for classes

None Of The Above icon

None Of The Above

All Levels icon

All Levels

School icon

School

Adult / Professional icon

Adult / Professional

College icon

College

Interactive lessons

Parent feedback icon

Parent feedback

Record lessons icon

Record lessons

Weekend lessons icon

Weekend lessons

Open Q&A icon

Open Q&A

Note taking icon

Note taking

Teaching tools used by tutor

Presentations image

Presentations

Quizzes image

Quizzes

Practice worksheets image

Practice worksheets

Math Games image

Math Games

Lesson Planner image

Lesson Planner

Solvers & Calculators image

Solvers & Calculators

Visualization & Exploration image

Visualization & Exploration

Graphing Tools image

Graphing Tools

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Math tutors on Wiingy are vetted for quality

Every tutor is interviewed and selected for subject expertise and teaching skill.