The D-Block Elements — Chemistry of Transition and Inner Transition Metals Part 2
D-block chemistry made real — for Class 11-12 learners, NEET/JEE aspirants, and curious beginners alike.
What you'll learn
The d-block elements stand out for variable oxidation states, vivid colors, and magnetism, driving catalysis, coordination chemistry, and biological roles like oxygen transport and photosynthesis. Their chemistry also powers medicine, materials, and energy, while posing challenges like toxicity and pollution.
Course content
10 modules10 lessons2h 38m
Magnetic and Catalytic Properties of Transition Metals1 lesson · 15 min
- 01D BLOCK VIDEO 11
Formation and Stability of Complex Compounds1 lesson · 15 min
- 02D BLOCK VIDEO 12
Coloured Compounds and Their Spectra1 lesson · 15 min
- 03D BLOCK VIDEO 13
Qualitative Analysis of Transition Metal Ions1 lesson · 16 min
- 04D BLOCK VIDEO 14
Transition Metal Oxidation States and Redox Behaviors1 lesson · 15 min
- 05D BLOCK VIDEO 15
Transition Metals in Biological Systems1 lesson · 15 min
- 06D BLOCK VIDEO 16
Environmental Chemistry of Transition Metals1 lesson · 15 min
- 07D BLOCK VIDEO 17
Coordination Compounds in Medicine1 lesson · 18 min
- 08D BLOCK VIDEO 18
Special Topics & High-Level Applications of Transition Metals1 lesson · 17 min
- 09D BLOCK VIDEO 19
Complete Course Revision & Grand Summary1 lesson · 17 min
- 10D BLOCK VIDEO 20
About this course
Course Outcomes:
- Explore, predict, and explain the unique behaviors and applications of transition and inner transition elements.
- Understand how d-electrons shape the color, magnetism, and reactivity of metals
- Feel inspired by how the hidden world of d-electrons powers the visible wonders of chemistry.
Your teacher
Sakshi Chauhan
B.Sc. Biochemistry, M.Sc. Chemistry, B.Ed.Chemistry educator known for interactive real-life-based lessons that inspire curiosity and connect with learners worldwide.