MATH 276Midterm IDifferential Equations

MATH276 Diferansiyel Denklemler dersi artık senin için çok daha kolay! Dersin tüm içeriği baştan sona yenilendi ve Gürkan Hoca’nın özel anlatımıyla hazırlandı.

Zor gibi görünen konular bile adım adım, anlaşılır örneklerle öğrenmeni sağlayacak. Endişelenme, bu dersle hem sınavlara güvenle hazırlanacak hem de konuları gerçekten kavrayacaksın. Bu pakette Midterm-1'e dahil olan tüm konular şu şekilde: - Introduction - First Order Ordinary Differential Equations: Preliminaries, Solutions, - Existence-Uniqueness Theorem, - Separable Equations, - Linear Equations, - Bernoulli Equations, - Homogeneous Equations, - Exact Equations and Integrating Factors, - Substitutions - Applications, - Higher Order Linear Ordinary Differential Equations: Basic Theory, - Reduction of Order Method, - Homogeneous Constant Coefficient Equations, - Çalışma Soruları - Sınav Provası - Eski Yıllarda Çıkmış sınavlar

1499 TL
3 sa 49 dk konu anlatımı
137 soru çözümü
5.0 puan

Eğitmen

Gürkan Hoca

Gürkan Hoca

Öğr. Üy.

Orta Doğu Tekn. Üni.'den derece ile mezun olduktan sonra yüksek lisans ve doktora çalışmalarımı da yurt dışında tamamladım. Ardından aynı üniversitede öğretim üyesi olarak görev yaptım. Üniversite öğrencisi olmanın ne demek olduğunu unutmayarak, dersleri öğrencilerimin gözünden anlatmanın ve onlara özel anlama yolları geliştirmenin önemini çok iyi biliyorum. Öğretmenin aslında bir "sanat" olduğunu biliyorum ve bu sanatı sizlere gösterebilmek için buradayım.

Konular

Ders Tanıtımı

Introduction (ÖNEMLİ!)

Ücretsiz

MATH276'yı Fethetmek!

Ücretsiz

Atılım MATH276 Podcast

Ücretsiz

Fast Calculus Review

Classification of Differential Equations

Existence Uniqueness Theorem for 1st Order DEs

Separable Equations

Exam like Question 1

Ücretsiz

Exam like Question 2

Exam like Question 3

Exam like Question 4

Exam Like Quesition 5

Exam Like Quesition 6

Linear Equations

Exam Like Question 1

Exam Like Question 2

Exam Like Question 3

Exam Like Question 4

Exam Like Question 5

Exam Like Question 6

Exam Like Question 7

Exam Like Question 8

Exam Like Question 9

Exam Like Question 10

Exam Like Question 11

Bernoulli Equations

Exam Like Question 1

Exam Like Question 2

Exam Like Question 3

Exam Like Question 4

Exam Like Question 5

Exam Like Question 6

Homogeneous Equations

Exam Like Question 1

Exam Like Question 2

Exam Like Question 3

Exam Like Question 4

Exam Like Question 5

Exam Like Question 6

Exact Equations

Integrating Factors for Exact Equations

Different Types of Integrating Factors

Exam Like Question 1

Exam Like Question 2

Exam Like Question 3

Exam Like Question 4

Exam Like Question 5

Exam Like Question 6

Exam Like Question 7

Exam Like Question 8

Exam Like Question 9

Exam Like Question 10

Exam Like Question 11

Exam Like Question 12

Exam Like Question 13

Substitutions

Substitutions for F(ax + by + c)

Exam Like Question 1

Exam Like Question 2

Exam Like Question 3

Exam Like Question 4

Exam Like Question 5

Exam Like Question 6

Applications

Exam Like Question 1

Exam Like Question 2

Exam Like Question 3

Exam Like Question 4

Exam Like Question 5

Exam Like Question 6

Overview of 1st Order Differential Equations

The Wronskian and Linear Independence

Higher Order Linear Ordinary Differential Equations: Basic Theory of Higher Order Linear ODEs

Reduction of Order Method

Exam Like Question 1

Exam Like Question 2

Exam Like Question 3

Homogeneous Constant Coefficient Equations

Exam Like Question 1-2-3

Exam Like Question 4-5-6

Exam Like Question 7-8-9

Exam Like Question 10-11-12

Exam Like Question 13

Exam Like Question 14 (Sınavda Çıkar!)

Classification of Differential Equations

Conceptual True-False Question

Linear Equations

Separable Equations

Separable Equation, Bernoulli Equation

Bernoulli Equations

Bernoulli Equations

Homogeneous Equations

Exact Equations and Integrating Factors

Exact Equations and Integrating Factors

Exact Equations with Integrating Factors

Exact Equations and Integrating Factors

Applications of 1st Oder ODEs (Population Growth)

Applications of 1st Oder ODEs (Population Growth)

Reduction of Order

Reduction of Order

Homogeneous Solution of Const. Coef. Higher Order DEs

Constant Coefficient Homogeneous Equations

Finding the Constant Coef. Homogeneous DE from a Given Solution

Finding the Constant Coef. Homogeneous DE from a Given Solution

Constant Coef. Homog. Equation and Graph of Simple Functions; Finding Diff. Eqn. from a Given Set

Method of Undetermined Coefficients

Method of Undetermined Coefficients (Spring 2025)

Method of Undetermined Coefficients (Spring 2024)

Method of Variation of Parameters

Method of Variation of Parameters (Spring 2025)

Method of Variation of Parameters (Fall 2024)

Method of Variation of Parameters (Spring 2024)

Cauchy Euler Equation

Cauchy Euler Equation (Fall 2024)

Cauchy Euler Equation (Spring 2024)

Classification of Differential Equations

Homogeneous Equations

Applications

Exact Equations and Integrating Factors

Ücretsiz

Reduction of Order Method

Exact Equations

Homogeneous Constant Coefficient Equations

Homogeneous Equations

Linear Equations

Exact Equations

Method of Undetermined Coefficients

Cauchy Euler Equations

Reduction of Order Method

Classification of Differential Equations

Homogeneous Equations

Verifying the Solutions, Linear Independence, Particular Solution

Exact Equations

Homogeneous, Const. Coef. Higher Order DEs

Reduction of Order

Classification of Differential Equations

Bernoulli Equation

Separable Equation

Complementary and Particular Solutions (Wronskian and Linear Indep.)

Reduction of Order Method

Applications of Differential Equations

Exact Equation Integrating Factor

Homogeneous Equations

Ücretsiz

Substitutions

Exact Equations and Integrating Factors

Reduction of Order Method

Homogeneous, Const. Coef. Higher Order DEs

Homogeneous, Const. Coef. Higher Order DEs

Applications

Question-1

Question-2

Question-3

Question 4

Question 5

Question 6

Question 7

Question 8

Question 9

Solutions of the Exercise Sets Between 1-17 (Midterm-1 Topics)

Ücretsiz

Formula Sheet for All Chapters

Ücretsiz

Değerlendirmeler

5.0

16 öğrenci değerlendirmesi

Değerlendirme yapmak için bu derse sahip olman gerekiyor.

Merve Betül Parlakyiğit

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Ozan Doğan

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Şevval Sırakaya

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Kemal Kabay

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Emre Bakar

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