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Natania Yasuo

Motivational GCSE Math lessons with problem solving

4.9(107)

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Profile photo of Natania, GCSE tutor at Wiingy
Profile photo of Natania, GCSE tutor at Wiingy
GCSE learning materials by Natania
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Natania Yasuo

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


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/ lesson

1 lessons


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/ lesson

Rated 4.9 out of 5 stars.
★★★★★
Popular
Highly skilled & top-rated
107 ratings
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Natania - Know your tutor

Hello! I am Natania or Nia for short. I have a background in Biochemical Engineering and I am deeply passionate in learning and helping students understand Math concepts. I have over 3 years of teaching experience, especially with the GCSE curriculum and i specialize in concept learning, grade improvement, practice exams and test preparation. When it comes to my teaching technique, I explain each process step by step and always go at the students' pace. Each session's pace will be determined by you and your needs, so there is absolutely no need to worry about needing to stop and retrace our steps. Whether you need help in completing homework or to prepare for a standardized Math test, I'm here to give you a thorough understanding for all your Mathematical inquiries. Outside teaching, I find enjoyment in reading, playing basketball and watching movies.

GCSE tutor skills

GCSE (UK) icon

GCSE (UK)

A-Levels (UK) icon

A-Levels (UK)

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Homework help

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Concepts learning

GCSE prep overview

I am a dedicated and experience Math teacher with over 3 years of expertise in the field of education. I offer Math tutoring sessions for middle school to high school level students, and non-traditional students or returning adults are always welcome. With a passion for mathematics and a commitment to helping my students succeed, I honed my teaching skills to create engaging and effective online lessons. My adaptability and use of digital tools often prove to be a reliable resource for interactive learning. My tutoring sessions are customised to the needs and learning style of the student. I explain concepts which may be difficult to understand and promote asking questions whenever needed. I conclude each lesson by discussing lesson conclusions and ensuring all concepts are thoroughly understood. We can also go over homework and assignments together for test preparation. Let's understand the world of Maths together!

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Proven strategies for exam success

90% of students say strategies boosted their confidence.

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Support beyond regular classes

Parents appreciate timely help during stressful exam times.

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Personalized study plans for success

90% of students feel their plan is tailored to their needs.

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GCSE concepts taught by Natania

Student learned 13 days ago

The student reviewed concepts related to continuity, derivatives, and graphing derivatives in preparation for an exam. The student also worked on finding extreme values from a graph, approximating area under a curve using rectangles with the midpoint rule, and solving a problem involving displacement, velocity, and acceleration. The tutor assigned practice problems related to implicit differentiation.

Graph of Derivatives

Points of Discontinuity

Removable Discontinuities

Definition of Derivatives

Differentiability

Extreme Values

Approximate Area with Rectangles (Midpoint Rule)

Implicit Differentiation

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Student learned 18 days ago

The Student reviewed limits, types of discontinuities, the definition of a derivative, implicit differentiation, and related rates problems with the Tutor. They worked through several problems, focusing on techniques for simplifying expressions and solving for derivatives. The next session is scheduled to focus on other topics the Student may need assistance with.

Limits: Evaluation by Simplification

Discontinuity Types: Removable Discontinuities (Holes)

Definition of the Derivative: Limit Definition

Implicit Differentiation: Product Rule Application

Related Rates: Conical Tank Problem

Displacement

Velocity

and Acceleration

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Student learned 21 days ago

The Student reviewed integral calculus concepts, including u-substitution, integration by parts, Riemann sums, and convergence/divergence tests. The Student practiced applying these techniques to various problems, focusing on identifying appropriate methods and executing them accurately. The session concluded with a review of polar coordinates and a brief discussion of applications of integration, including solids of revolution.

U-Substitution for Integration

Integration by Parts

Converging/Diverging Tests: Ratio Test

Converging/Diverging Tests: Limit Comparison Test

Riemann Sums

Polar Coordinates

Indefinite Integrals with Function Composition

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Student learned 25 days ago

The Student and Tutor reviewed Taylor series expansions and practiced finding the first five terms for given functions. They then transitioned to convergence and divergence tests, focusing on the ratio test and identifying when it's appropriate. The student will review integrals and convergence tests in the next session, followed by numerical integration and polar coordinates in a subsequent session.

Taylor Series Expansion

Simplifying Taylor Series Terms

Ratio Test for Convergence

Simplifying Factorials in the Ratio Test

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Student learned 25 days ago

The session covered optimization, related rates, marginal analysis, and moving averages. The student practiced solving problems related to these topics, including finding minimum surface areas, related rates of change, maximizing profit, and calculating centered moving averages. No specific homework was assigned as the student has an exam soon.

Implicit Differentiation

Related Rates

Optimization with Cylinders

Moving Averages

Marginal Analysis and Profit Maximization

Maximizing Volume with Surface Area Constraint

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Student learned 26 days ago

The session reviewed integration by parts, numerical integration techniques (trapezoidal and midpoint rules), and Taylor polynomials. The student practiced applying these concepts through example problems, including modifications to known Taylor series. The plan is to continue with further practice and review for an upcoming exam, with additional sessions scheduled.

Integration by Parts Simplification

Trapezoidal Rule

Midpoint Rule

Taylor Polynomials and Series Manipulation

Taylor Series for 1/(1-x)

Using Trigonometric Identities with Taylor Series

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Learning tools used by GCSE tutor

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Practice worksheets

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Assessments

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Digital whiteboard

Exam oriented GCSE classes

Open Q&A icon

Open Q&A

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Mobile joining

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Pets are welcomed

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Chat for quick help

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Note taking

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