NS 102 • Midterm • Science of Nature II
“Ders gayet güzel organize edilmiş ve tam olarak hocaların beklediği kazanımlar verilmiş.”
Serhat Eren
Sanat ve Sosyal Bilimler Programları
Correlation ve Causation, Greenhouse Effect, IR Absorption Graphs, Effective Radiative Temperature, Gas Equations, Work and Heat Formulas, P-V Diagrams, Reversible Isothermal Expansions, Internal Energy, Heat Capacity gibi konuları akıcı ve hızlı bir anlatımla öğrenip, özenle seçilmiş çıkmış sınav sorularını çözdüğümüz kursumuzla istediğin notlara ulaşabilirsin.
Püf noktaları veya tamamen konuları unutmuş olabilirsin ama dert etme. Kısa bir süre içerisinde midterm'e hazır olacaksın.
Eğitmen
İbrahim Halil Sunay
Eğitmen
Lise yıllarımdan beri üniversite düzeyinde dersler anlatıyorum. Bu dönemde Biyoloji Olimpiyatları’na hazırlanarak Türkiye genelinde 3.’lük ve 1.’lik dereceleri elde ettim. Üniversiteye başladığımdan beri çeşitli e-eğitim platformlarında içerik üretiyorum. Uzun süredir aklımda olan üniversite dersleri için çevrim içi eğitim fikrini, Unicourse ekibiyle birlikte hayata geçiriyoruz. Üniversite sınavında ilk 50 öğrenci arasında yer alarak Koç Üniversitesi Tıp Fakültesi’ni kazandım ve şu anda aynı fakültede son sınıf öğrencisiyim.
Paketi Tamamla
🎓 Sabancı Üniversitesinde öğrencilerin %92'si tüm paketi alarak çalışıyor.
NS 102 • Midterm
Science of Nature II
İbrahim Halil Sunay
1999 TL
NS 102 • Final
Science of Nature
İbrahim Halil Sunay
1999 TL
Konular
Introduction to NS 102 Course
Kursa Başlamadan Önce
Week 1: Climate Debate and Data Interpretation
What is Correlation ?
Terms for Data Analysis
Positive and Negative Correlations
Correlation Types
What is Causation ?
What is Global Warming ?
First Evidence: Global Average Surface Temperature
Second Evidence: Arctic Ice
Third Evidence: Increasing Sea Levels
Fourth Evidence: CO2 Levels
Exam-like Questions: 1
Exam-like Questions: 2
Exam-like Questions: 3 to 5
Exam-like Questions: 6
Exam-like Questions: 7 and 8
Exam-like Questions: 9 to 11
Week 2: Energy Budget and Electromagnetic Spectrum
Heat Energy and Radiation
Electromagnetic Spectrum
Blackbody Radiation I
Blackbody Radiation II
Blackbody Radiation III
Earth's Energy Budget I
Earth's Energy Budget II
Earth's Energy Budget III
Earth's Energy Budget IV
Earth's Energy Budget V
Greenhouse Gases
Exam-like Questions: 12
Exam-like Questions: 13
Exam-like Questions: 14
Exam-like Questions: 15
Exam-like Questions: 16
Exam-like Questions: 17
Exam-like Questions: 18
Exam-like Questions: 19
Exam-like Questions: 20
Exam-like Questions: 21
Exam-like Questions: 22
Exam-like Questions: 23
Exam-like Questions: 24
Exam-like Questions: 25
Week 3: Chemistry Behind the Greenhouse Effect
Composition of Atmosphere
Ozone Layer
Natural Ozone Cycle
Human Effect on Ozone
Effect of Radiation on Molecules
Hatırlatma Dersinin Amacı
Hatırlatma: Bond and Molecule Polarity
Chemical Properties of Greenhouse Gases: 1
Chemical Properties of Greenhouse Gases: 2
Chemical Properties of Greenhouse Gases: 3
IR Absorption of Earth
Absorption Graph Analysis
What is Wavenumber ?
IR Spectroscopy
Ideal Gas Equation: Assumptions and The Formula
Deviations From Ideal Gas Equation I: Introduction
Deviations From Ideal Gas Equation II: Volume Correction
Deviations From Ideal Gas Equation III: Pressure Correction
Deviations From Ideal Gas Equation IV: Van der Waals Equation
Introduction to Thermodynamics: The Zeroth Law
Exam-like Questions: 27
Exam-like Questions: 28
Exam-like Questions: 29
Exam-like Questions: 30
Önemli Bir Hatırlatma
Exam-like Questions: 31
Exam-like Questions: 32
Exam-like Questions: 33
Exam-like Questions: 34
Exam-like Questions: 35
Exam-like Questions: 36
Exam-like Questions: 37
Exam-like Questions: 38
Exam-like Questions: 39
Exam-like Questions: 40
Exam-like Questions: 41
Exam-like Questions: 42
Exam-like Questions: 43
Week 4: First Law Of Thermodynamics and Effect of Oceans on Climate Change
Reversible Processes I: Introduction
Reversible Processes II: Infinitesimal Steps
Work I: General Work Formula
Work II: Work at Constant Pressure
Work III: P-V Diagrams
Reversible Isothermal Expansion I
Reversible Isothermal Expansion II
Irreversible Processes
First Law: Conservation of Energy
Work and Heat
Internal Energy I: Introduction
Internal Energy II: Change in Internal Energy
Internal Energy III: Special Cases
State and Path Functions
Isolated vs. Insulated Systems
Enthalpy I: Introduction
Enthalpy II: More on Enthalpy
Enthalpy of Ideal Gases
Endothermic and Exothermic Reactions
Heat I: Specific Heat and Heat Capacity
Heat II: Heat Formula
Special Case of Water
What About Global Warming ?
About Exam-like Questions
Exam-like Questions: 44
Exam-like Questions: 45
Exam-like Questions: 46
Exam-like Questions: 47
Exam-like Questions: 48
Exam-like Questions: 49
Exam-like Questions: 50
Exam-like Questions: 51
Exam-like Questions: 52
Exam-like Questions: 53
Exam-like Questions: 54
Exam-like Questions: 55
Exam-like Questions: 56
Exam-like Questions: 57
Exam-like Questions: 58
Exam-like Questions: 59
Exam-like Questions: 60
Exam-like Questions: 61
Week 5: Second Law of Thermodynamics - Entropy
Spontaneous Processes
Non-spontaneous Processes
Enigma of First Law
What is Entropy ?
Entropy Formulas
Second Law of Thermodynamics I
Second Law of Thermodynamics II
Special Formula I: Entropy of Reversible and Isothermal Processes
Special Formula II: Entropy at Changing Temperature
Phase Transitions I
Phase Transitions II
Phase Transitions III: Entropy Formula
Entropy of the Surroundings I
Entropy of the Surroundings II: Special Cases
Entropy of the Surroundings III: Special Cases
Exam-like Questions: 62
Exam-like Questions: 63
Exam-like Questions: 64
Exam-like Questions: 65
Exam-like Questions: 66
Exam-like Questions: 68
Exam-like Questions: 69
Week 6: Second Law of Thermodynamics - Gibbs Free Energy and Fossil Fuels
Spontaneity
Gibbs Free Energy I: Introduction
Gibbs Free Energy II
Gibbs Free Energy III
What is Chemical Equilibrium?
Gibbs Free Energy in Reactions
Phases: Entropy Comparison
Gibbs Free Energy: General Formula
Applying General Formula to Phase Transitions I: Constant Pressure
Applying General Formula to Phase Transitions II: Constant Temperature
Combustion Reactions
What Are Standart Values ?
Spontaneity and Kinetics
Exam-like Questions: 70
Exam-like Questions: 71
Exam-like Questions: 72
Exam-like Questions: 73
Exam-like Questions: 74
Exam-like Questions: 75
Exam-like Questions: 76
Week 7: Reaction Profiles and Alternative Energy Sources
Fall 2025 Midterm - Duyuru
Reaction Profiles I: Introduction
Reaction Profiles II
What is Activation Energy ?
Reaction Profiles III: Activation Energy
Reaction Profiles IV: Reverse Activation Energy
Reaction Profiles V: Enthalpy Change
Reaction Rate: How to Increase ?
Reaction Rate II: How Do Catalysts Work ?
Energy Sources
Exam-like Questions: 77
Exam-like Questions: 78
Exam-like Questions: 79
Exam-like Questions: 80
Değerlendirmeler
Introduction to NS 102 Course
Kursa Başlamadan Önce
Week 1: Climate Debate and Data Interpretation
What is Correlation ?
Terms for Data Analysis
Positive and Negative Correlations
Correlation Types
What is Causation ?
What is Global Warming ?
First Evidence: Global Average Surface Temperature
Second Evidence: Arctic Ice
Third Evidence: Increasing Sea Levels
Fourth Evidence: CO2 Levels
Exam-like Questions: 1
Exam-like Questions: 2
Exam-like Questions: 3 to 5
Exam-like Questions: 6
Exam-like Questions: 7 and 8
Exam-like Questions: 9 to 11
Week 2: Energy Budget and Electromagnetic Spectrum
Heat Energy and Radiation
Electromagnetic Spectrum
Blackbody Radiation I
Blackbody Radiation II
Blackbody Radiation III
Earth's Energy Budget I
Earth's Energy Budget II
Earth's Energy Budget III
Earth's Energy Budget IV
Earth's Energy Budget V
Greenhouse Gases
Exam-like Questions: 12
Exam-like Questions: 13
Exam-like Questions: 14
Exam-like Questions: 15
Exam-like Questions: 16
Exam-like Questions: 17
Exam-like Questions: 18
Exam-like Questions: 19
Exam-like Questions: 20
Exam-like Questions: 21
Exam-like Questions: 22
Exam-like Questions: 23
Exam-like Questions: 24
Exam-like Questions: 25
Week 3: Chemistry Behind the Greenhouse Effect
Composition of Atmosphere
Ozone Layer
Natural Ozone Cycle
Human Effect on Ozone
Effect of Radiation on Molecules
Hatırlatma Dersinin Amacı
Hatırlatma: Bond and Molecule Polarity
Chemical Properties of Greenhouse Gases: 1
Chemical Properties of Greenhouse Gases: 2
Chemical Properties of Greenhouse Gases: 3
IR Absorption of Earth
Absorption Graph Analysis
What is Wavenumber ?
IR Spectroscopy
Ideal Gas Equation: Assumptions and The Formula
Deviations From Ideal Gas Equation I: Introduction
Deviations From Ideal Gas Equation II: Volume Correction
Deviations From Ideal Gas Equation III: Pressure Correction
Deviations From Ideal Gas Equation IV: Van der Waals Equation
Introduction to Thermodynamics: The Zeroth Law
Exam-like Questions: 27
Exam-like Questions: 28
Exam-like Questions: 29
Exam-like Questions: 30
Önemli Bir Hatırlatma
Exam-like Questions: 31
Exam-like Questions: 32
Exam-like Questions: 33
Exam-like Questions: 34
Exam-like Questions: 35
Exam-like Questions: 36
Exam-like Questions: 37
Exam-like Questions: 38
Exam-like Questions: 39
Exam-like Questions: 40
Exam-like Questions: 41
Exam-like Questions: 42
Exam-like Questions: 43
Week 4: First Law Of Thermodynamics and Effect of Oceans on Climate Change
Reversible Processes I: Introduction
Reversible Processes II: Infinitesimal Steps
Work I: General Work Formula
Work II: Work at Constant Pressure
Work III: P-V Diagrams
Reversible Isothermal Expansion I
Reversible Isothermal Expansion II
Irreversible Processes
First Law: Conservation of Energy
Work and Heat
Internal Energy I: Introduction
Internal Energy II: Change in Internal Energy
Internal Energy III: Special Cases
State and Path Functions
Isolated vs. Insulated Systems
Enthalpy I: Introduction
Enthalpy II: More on Enthalpy
Enthalpy of Ideal Gases
Endothermic and Exothermic Reactions
Heat I: Specific Heat and Heat Capacity
Heat II: Heat Formula
Special Case of Water
What About Global Warming ?
About Exam-like Questions
Exam-like Questions: 44
Exam-like Questions: 45
Exam-like Questions: 46
Exam-like Questions: 47
Exam-like Questions: 48
Exam-like Questions: 49
Exam-like Questions: 50
Exam-like Questions: 51
Exam-like Questions: 52
Exam-like Questions: 53
Exam-like Questions: 54
Exam-like Questions: 55
Exam-like Questions: 56
Exam-like Questions: 57
Exam-like Questions: 58
Exam-like Questions: 59
Exam-like Questions: 60
Exam-like Questions: 61
Week 5: Second Law of Thermodynamics - Entropy
Spontaneous Processes
Non-spontaneous Processes
Enigma of First Law
What is Entropy ?
Entropy Formulas
Second Law of Thermodynamics I
Second Law of Thermodynamics II
Special Formula I: Entropy of Reversible and Isothermal Processes
Special Formula II: Entropy at Changing Temperature
Phase Transitions I
Phase Transitions II
Phase Transitions III: Entropy Formula
Entropy of the Surroundings I
Entropy of the Surroundings II: Special Cases
Entropy of the Surroundings III: Special Cases
Exam-like Questions: 62
Exam-like Questions: 63
Exam-like Questions: 64
Exam-like Questions: 65
Exam-like Questions: 66
Exam-like Questions: 68
Exam-like Questions: 69
Week 6: Second Law of Thermodynamics - Gibbs Free Energy and Fossil Fuels
Spontaneity
Gibbs Free Energy I: Introduction
Gibbs Free Energy II
Gibbs Free Energy III
What is Chemical Equilibrium?
Gibbs Free Energy in Reactions
Phases: Entropy Comparison
Gibbs Free Energy: General Formula
Applying General Formula to Phase Transitions I: Constant Pressure
Applying General Formula to Phase Transitions II: Constant Temperature
Combustion Reactions
What Are Standart Values ?
Spontaneity and Kinetics
Exam-like Questions: 70
Exam-like Questions: 71
Exam-like Questions: 72
Exam-like Questions: 73
Exam-like Questions: 74
Exam-like Questions: 75
Exam-like Questions: 76
Week 7: Reaction Profiles and Alternative Energy Sources
Fall 2025 Midterm - Duyuru
Reaction Profiles I: Introduction
Reaction Profiles II
What is Activation Energy ?
Reaction Profiles III: Activation Energy
Reaction Profiles IV: Reverse Activation Energy
Reaction Profiles V: Enthalpy Change
Reaction Rate: How to Increase ?
Reaction Rate II: How Do Catalysts Work ?
Energy Sources
Exam-like Questions: 77
Exam-like Questions: 78
Exam-like Questions: 79
Exam-like Questions: 80
Sıkça Sorulan Sorular
Örneğin, Koç Üniversitesi - MATH 101 (Calculus) veya başka bir okulun benzer dersi olsun, paketlerimiz tam da o derse göre tasarlanır. Böylece nokta atışı çalışır, zaman kazanırsın.
Sınava özel videolar —konu anlatımları, çıkmış sorular ve çözümleri, özet notlar—içerir. Sınavda sıkça çıkan soruları hedefler. Eğitmenlerimiz, üniversitenin akademik takvimini takip ederek paketleri sürekli günceller. Böylece, gereksiz detaylarla vakit kaybetmeden başarını artırmaya odaklanabilirsin.