DERS TANITIM ve UYGULAMA BİLGİLERİ

Dersin Adı Kodu Yarıyıl T+U+L (saat/hafta) Türü (Z / S) Yerel Kredi AKTS
Kimya II CH 104 Bahar 03+00+02 Zorunlu 4 6
Akademik Birim:
Öğrenim Türü: Örgün eğitim
Ön Koşullar Yok.
Öğrenim Dili: İngilizce
Dersin Düzeyi: Lisans
Dersin Koordinatörü: Ebru BİLGET GÜVEN
Dersin Amacı: Atomlar arası etkileşimleri ifade eden bağlar, intermoleküler kuvvetler, moleküler şekil ve maddenin özellikleri arasındaki ilişki, kimyala kinetik, kimyasal tepkime hızı, mekanizması, kimyasal denge, asit ve bazlar, asit-baz dengesi, zayıf asit ve baz çözeltilerindeki iyon konsantrasyon hesapları, termodinamiğin en temel kavramları, entropi, serbest enerji.
Dersin İçeriği: Kimyasal Bağ I: Temel Kavramlar
Kimyasal Bağ II: Farklı Boyutlar
Intermoleküler Kuvetler: Sıvı ve Katı
Çözeltiler ve Fiziksel Özellikleri
Kimyasal Kinetik
Kimyasal Dengenin Temelleri
Asit ve Bazlar
Asit-Baz Dengesinin Farklı Boyutları
Çözünürlük ve Kompleks-İyon Dengesi
Spontan Değişim: Entropi ve Gibbs Enerjisi
Dersin Öğrenme Çıktıları (ÖÇ):
  • 1- Understanding the characteristics of gases as chemical systems.
  • 2- Understanding how the composition and structure of a substance are related to its physical properties in the liquid or solid state by understanding the nature and strength of intermolecular forces.
  • 3- Comparing the physical properties of solutions with the properties of the components in their pure form.
  • 4- Understanding how to determine reaction rates and to consider the factors that control these rates.
  • 5- Recognizing and understanding the dynamic equilibria in chemical reactions.
  • 6- Taking a closer look at how acids and bases are identified and characterized and considering their behavior both in terms of their structure and and bonding and in terms of the chemical equilibria in which they participate.
  • 7- Understanding complex solutions by looking first at further applications of acid-base equilibria.
  • 8- Exploring the connection between energy and the extent of a reaction.
  • 9- Studying the relationships between electricity and chemical reactions.
Dersin Öğrenme Yöntem ve Teknikleri Projektör/Slaytlar


HAFTALIK PROGRAM

HaftaKonularÖn Hazırlık ÖÇ
1 Chapter 10: Gases Theoretical explanations, problem solving and lab applications 1
2 Chapter 10: Gases Theoretical explanations, problem solving and lab applications 1
3 Chapter 11: Liquids and Intermolecular Forces Theoretical explanations, problem solving and lab applications 2
4 Chapter 13: Properties of Solutions Quiz #1, Theoretical explanations, problem solving and lab applications 3
5 Chapter 14: Chemical Kinetics Theoretical explanations, problem solving and lab applications 4
6 Chapter 14: Chemical Kinetics Theoretical explanations, problem solving and lab applications 4
7 Chapter 15: Chemical Equilibrium Midterm #1, Theoretical explanations, problem solving and lab applications 5
8 Chapter 15: Chemical Equilibrium Theoretical explanations, problem solving and lab applications 5
9 Chapter 16: Acid – Base Equilibria Theoretical explanations, problem solving and lab applications 6
10 Chapter 17: Additional Aspects of Aqueous Equilibria Quiz #2, Theoretical explanations, problem solving and lab applications 7
11 Chapter 19: Chemical Thermodynamics Theoretical explanations, problem solving and lab applications 8
12 Chapter 19: Chemical Thermodynamics Midterm #2, Theoretical explanations, problem solving and lab applications 8
13 Chapter 20: Electrochemistry Theoretical explanations, problem solving and lab applications 9
14 Chapter 20: Electrochemistry Quiz #3, Theoretical explanations, problem solving and lab applications 9


ZORUNLU ve ÖNERİLEN OKUMALAR

General Chemistry: Principles and Modern Applications by R. Petrucci, FG Herring, JD Madura and C Bissonnette, Pearson Prentice Hall, 10th edition, 2010.


DİĞER KAYNAKLAR

General Chemistry by Linus Pauling, Dover Publications, 3rd edition, 1988.
General Chemistry by Raymond Chang, McGrawHill Publishing Company, 3rd edition, 2003.


DEĞERLENDİRME SİSTEMİ

Yarıyıl İçi ÇalışmalarıSayıKatkı Payı (%)
Katılım 14 -
Laboratuvar 10 15
Ödev 8 16
Ara Sınavlar/Sözlü Sınavlar/Kısa Sınavlar 4 34
Final Sınavı 1 35
Total: 37 100


İŞ YÜKÜ HESAPLAMASI

EtkinliklerSayısıSüresi (saat)Toplam İş Yükü (saat)
Ders Saati14342
Laboratuvar10330
Ödev818
Ara Sınavlar/Sözlü Sınavlar/Kısa Sınavlar5840
Final Sınavı13030
Toplam İş Yükü (saat):150


PROGRAM YETERLİLİKLERİ (PY) ve ÖĞRENME ÇIKTILARI (ÖÇ) İLİŞKİSİ

# PY1 PY2 PY3 PY4 PY5 PY6 PY7 PY8 PY9
OC1 2               1
OC2 2               1
OC3 2               1
OC4 2               1
OC5 2               1
OC6 2               1
OC7 2               1
OC8 2               1
OC9 2               1