Math and English for all levels with good quality and promising improvement.
A partir de 40.27 $ /h
I have been teaching part-time for about 4 years. I have taught Math and English for Students from 8th Grade to 12th grade.
Having completed my engineering in Electrical and Electronics, Maths is one of my strongest weapons.
Electrical Engineering is filled with Integration, Differentiation, Partial Differentiation, Matrices to calculate the power energy and complex problems in Transmission Lines.
I am a specialist in Calculus 1, Calculus 2, Trigonometry.
✅ Calculus 1
➜ Derivative
➜ Notation
➜ Newton's notation for differentiation
➜ Leibniz's notation for differentiation
➜ Simplest rules
➜ The derivative of a constant
➜ Sum rule in differentiation
➜ Constant factor rule in differentiation
➜ Linearity of differentiation
➜ Power rule
➜ Chain rule
➜ Local linearization
➜ Product rule
➜ Quotient rule
➜ Inverse functions and differentiation
➜ Implicit differentiation
➜ Stationary point
➜ Maxima and minima
➜ First derivative test
➜ Second derivative test
➜ Extreme value theorem
➜ Differential equation
➜ Differential operator
➜ Newton's method
➜ Taylor's theorem
➜ L'Hôpital's rule
➜ General Leibniz rule
➜ Mean value theorem
➜ Logarithmic derivative
➜ Differential (calculus)
➜ Related rates
➜ Regiomontanus' angle maximization problem
➜ Rolle's theorem
✅ Calculus 2
➜ Antiderivative/Indefinite integral
➜ Simplest rules
➜ Sum rule in integration
➜ Constant factor rule in integration
➜ Linearity of integration
➜ The arbitrary constant of integration
➜ Cavalieri's quadrature formula
➜ The fundamental theorem of calculus
➜ Integration by parts
➜ Inverse chain rule method
➜ Integration by substitution
➜ Tangent half-angle substitution
➜ Differentiation under the integral sign
➜ Trigonometric substitution
➜ Partial fractions in integration
➜ Quadratic integral
➜ Proof that 22/7 exceeds π
➜ Trapezium rule
➜ Integral of the secant function
➜ Integral of secant cubed
➜ Arclength
➜ Solid of revolution
➜ Shell integration
✅ Trigonometry
➜ Introduction to the trigonometric ratios:
➜ Trigonometry with right triangles
➜ Solving for a side in a right triangle using the trigonometric ratios:
➜ Trigonometry with right triangles
➜ Solving for an angle in a right triangle using the trigonometric ratios:
➜ Trigonometry with right triangles
➜ Modeling with right triangles: Trigonometry with right triangles
➜ Trigonometric ratios and similarity: Trigonometry with right triangles
➜ Sine and cosine of complementary angles: Trigonometry with right triangles
➜ Trigonometric ratios of special triangles: Trigonometry with right triangles
➜ Introduction to the Pythagorean trigonometric identity: Trigonometry with right triangles
➜ The reciprocal trigonometric ratios
➜ The law of sines: Trigonometry with general triangles
➜ The law of cosines: Trigonometry with general triangles
➜ Solving general triangles
➜ Introduction to radians: The unit circle definition of sine, cosine, and tangent
➜ The unit circle definition of sine, cosine, and tangent: The unit circle definition of sine, cosine, and tangent
➜ The graphs of sine, cosine, and tangent: The unit circle definition of sine, cosine, and tangent
➜ Basic trigonometric identities: The unit circle definition of sine, cosine, and tangent
➜ Trigonometric values of special angles: The unit circle definition of sine, cosine, and tangent
➜ The Pythagorean identity: The unit circle definition of sine, cosine, and tangent
➜ Long live Tau
➜ The graphs of sine, cosine, and tangent: Graphs of trigonometric functions
➜ Introduction to amplitude, midline, and extrema of sinusoidal functions: ➜ Graphs of trigonometric functions
➜ Finding amplitude and midline of sinusoidal functions from their formulas: Graphs of trigonometric functions
➜ Period of sinusoidal functions: Graphs of trigonometric functions
➜ Graphing sinusoidal functions: Graphs of trigonometric functions
➜ Constructing sinusoidal functions
➜ The inverse trigonometric functions: Trigonometric equations and identities
➜ Solving basic sinusoidal equations: Trigonometric equations and identities
➜ Solving advanced sinusoidal equations: Trigonometric equations and identities
➜ Solving sinusoidal models: Trigonometric equations and identities
➜ Introduction to the trigonometric angle addition identities:
➜ Trigonometric equations and identities
➜ Using trigonometric identities to solve problems: Trigonometric equations and identities
➜ Challenging trigonometry problems
I have also taught students to appear for IELTS.
Now looking for students whom I can help them with Math and English. Home Classes available on request.
Having completed my engineering in Electrical and Electronics, Maths is one of my strongest weapons.
Electrical Engineering is filled with Integration, Differentiation, Partial Differentiation, Matrices to calculate the power energy and complex problems in Transmission Lines.
I am a specialist in Calculus 1, Calculus 2, Trigonometry.
✅ Calculus 1
➜ Derivative
➜ Notation
➜ Newton's notation for differentiation
➜ Leibniz's notation for differentiation
➜ Simplest rules
➜ The derivative of a constant
➜ Sum rule in differentiation
➜ Constant factor rule in differentiation
➜ Linearity of differentiation
➜ Power rule
➜ Chain rule
➜ Local linearization
➜ Product rule
➜ Quotient rule
➜ Inverse functions and differentiation
➜ Implicit differentiation
➜ Stationary point
➜ Maxima and minima
➜ First derivative test
➜ Second derivative test
➜ Extreme value theorem
➜ Differential equation
➜ Differential operator
➜ Newton's method
➜ Taylor's theorem
➜ L'Hôpital's rule
➜ General Leibniz rule
➜ Mean value theorem
➜ Logarithmic derivative
➜ Differential (calculus)
➜ Related rates
➜ Regiomontanus' angle maximization problem
➜ Rolle's theorem
✅ Calculus 2
➜ Antiderivative/Indefinite integral
➜ Simplest rules
➜ Sum rule in integration
➜ Constant factor rule in integration
➜ Linearity of integration
➜ The arbitrary constant of integration
➜ Cavalieri's quadrature formula
➜ The fundamental theorem of calculus
➜ Integration by parts
➜ Inverse chain rule method
➜ Integration by substitution
➜ Tangent half-angle substitution
➜ Differentiation under the integral sign
➜ Trigonometric substitution
➜ Partial fractions in integration
➜ Quadratic integral
➜ Proof that 22/7 exceeds π
➜ Trapezium rule
➜ Integral of the secant function
➜ Integral of secant cubed
➜ Arclength
➜ Solid of revolution
➜ Shell integration
✅ Trigonometry
➜ Introduction to the trigonometric ratios:
➜ Trigonometry with right triangles
➜ Solving for a side in a right triangle using the trigonometric ratios:
➜ Trigonometry with right triangles
➜ Solving for an angle in a right triangle using the trigonometric ratios:
➜ Trigonometry with right triangles
➜ Modeling with right triangles: Trigonometry with right triangles
➜ Trigonometric ratios and similarity: Trigonometry with right triangles
➜ Sine and cosine of complementary angles: Trigonometry with right triangles
➜ Trigonometric ratios of special triangles: Trigonometry with right triangles
➜ Introduction to the Pythagorean trigonometric identity: Trigonometry with right triangles
➜ The reciprocal trigonometric ratios
➜ The law of sines: Trigonometry with general triangles
➜ The law of cosines: Trigonometry with general triangles
➜ Solving general triangles
➜ Introduction to radians: The unit circle definition of sine, cosine, and tangent
➜ The unit circle definition of sine, cosine, and tangent: The unit circle definition of sine, cosine, and tangent
➜ The graphs of sine, cosine, and tangent: The unit circle definition of sine, cosine, and tangent
➜ Basic trigonometric identities: The unit circle definition of sine, cosine, and tangent
➜ Trigonometric values of special angles: The unit circle definition of sine, cosine, and tangent
➜ The Pythagorean identity: The unit circle definition of sine, cosine, and tangent
➜ Long live Tau
➜ The graphs of sine, cosine, and tangent: Graphs of trigonometric functions
➜ Introduction to amplitude, midline, and extrema of sinusoidal functions: ➜ Graphs of trigonometric functions
➜ Finding amplitude and midline of sinusoidal functions from their formulas: Graphs of trigonometric functions
➜ Period of sinusoidal functions: Graphs of trigonometric functions
➜ Graphing sinusoidal functions: Graphs of trigonometric functions
➜ Constructing sinusoidal functions
➜ The inverse trigonometric functions: Trigonometric equations and identities
➜ Solving basic sinusoidal equations: Trigonometric equations and identities
➜ Solving advanced sinusoidal equations: Trigonometric equations and identities
➜ Solving sinusoidal models: Trigonometric equations and identities
➜ Introduction to the trigonometric angle addition identities:
➜ Trigonometric equations and identities
➜ Using trigonometric identities to solve problems: Trigonometric equations and identities
➜ Challenging trigonometry problems
I have also taught students to appear for IELTS.
Now looking for students whom I can help them with Math and English. Home Classes available on request.
Información adicional
Bring your laptop, notebook and a pen.
Lugar
Clases en el domicilio del estudiante :
- Alrededor de Eindhoven, Países Bajos
Clase en el domicilio del profesor :
- Eindhoven, Netherlands
Conectado desde Países Bajos
Acerca de mí
Hello, Please feel free to call me "Raghu".
• I am an Electrical Engineer having a work experience of 2 years.
• I am a fresh graduate of a Master's in Business Administration affiliated to Tilburg University with First class in my Pocket.
• I am actively looking for jobs, but to support my living and I love to teach.
• I love mathematics, did advanced level course.
• During my bachelor's studies, besides my education, I worked as a tutor for my living.
• Taught English and Maths up to 12th Grade students. (Part-time)
• Worked wit an `NGO, as a teacher, helping Orphan Students with studies for a span of 3 years.
• Having an Engineering background, I am well versed with Trigonometry and Calculus which include Differentiation and Integration.
• My hobbies include Gardening and Art Work. I also sell my canvas paintings for affordable prices
• I am an Electrical Engineer having a work experience of 2 years.
• I am a fresh graduate of a Master's in Business Administration affiliated to Tilburg University with First class in my Pocket.
• I am actively looking for jobs, but to support my living and I love to teach.
• I love mathematics, did advanced level course.
• During my bachelor's studies, besides my education, I worked as a tutor for my living.
• Taught English and Maths up to 12th Grade students. (Part-time)
• Worked wit an `NGO, as a teacher, helping Orphan Students with studies for a span of 3 years.
• Having an Engineering background, I am well versed with Trigonometry and Calculus which include Differentiation and Integration.
• My hobbies include Gardening and Art Work. I also sell my canvas paintings for affordable prices
Formación
TIAS School of Business and Society
Masters of Business Administration affiliated to Tilburg University with First class.
Completed my bachelor's degree in Electrical and Electronics
Masters of Business Administration affiliated to Tilburg University with First class.
Completed my bachelor's degree in Electrical and Electronics
Experiencia / Calificaciones
Master in Business Administration
Electrical Engineer having work experience of 2 years.
During my bachelors studies, besides my education worked as a tutor for my living.
Taught English and Maths up to 12th Grade students. (Part time)
Electrical Engineer having work experience of 2 years.
During my bachelors studies, besides my education worked as a tutor for my living.
Taught English and Maths up to 12th Grade students. (Part time)
Edad
Niños de preescolar (4-6 años)
Niños (7-12 años)
Adolescentes (13-17 años)
Adultos (18-64 años)
Tercera edad (65+ años)
Nivel del estudiante
Principiante
Intermedio
Avanzado
Duración
60 minutos
90 minutos
120 minutos
La clase se imparte en
inglés
Habilidades
Comentarios
Disponibilidad en una semana típica.
(GMT -05:00)
Nueva York
Mon
Tue
Wed
Thu
Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
Garantía del Buen Profesor








