Chapter 16: Structure and Physiography — Online MCQ Test
GEOGRAPHY · Grade 11 · CBSE(NCERT)
Practice Chapter 16: Structure and Physiography with a free chapter-wise online MCQ test.
This chapter covers: Himalayas Indo Gangetic Plains Peninsular Plateau coastal plains islands geological structure tectonic forces landforms physiography.
AI-generated questions from basic to board-exam level, with instant results and explanations.
Chapter 16: Structure and Physiography — Important Questions & Answers
Which of the following is the oldest physiographic division of India?
- A. The Himalayas
- B. The Peninsular Plateau
- C. The Indo-Gangetic Plains
- D. The Coastal Plains
Answer: B. The Peninsular Plateau
The Peninsular Plateau is made of some of the oldest rocks in India and is considered the oldest physiographic division. It is a stable landmass compared to the younger Himalayan region.
The Peninsular Plateau is made of some of the oldest rocks in India and is considered the oldest physiographic division. It is a stable landmass compared to the younger Himalayan region.
The Himalayas were formed mainly due to the collision of which two plates?
- A. Indian Plate and Eurasian Plate
- B. African Plate and Eurasian Plate
- C. Pacific Plate and Indian Plate
- D. Arabian Plate and Indian Plate
Answer: A. Indian Plate and Eurasian Plate
The Himalayas were formed by the convergence and collision of the Indian Plate with the Eurasian Plate. This is a classic example of young fold mountain formation.
The Himalayas were formed by the convergence and collision of the Indian Plate with the Eurasian Plate. This is a classic example of young fold mountain formation.
The Himalayas are best described as:
- A. A stable shield region
- B. A young fold mountain system
- C. An old dissected plateau
- D. An erosional plain
Answer: B. A young fold mountain system
The Himalayas are young fold mountains formed by tectonic compression. Their peaks, deep valleys, and active geology reflect their youth.
The Himalayas are young fold mountains formed by tectonic compression. Their peaks, deep valleys, and active geology reflect their youth.
Which of the following statements best explains why the Himalayas are considered geologically active?
- A. They are eroded into wide plains by wind action
- B. They were formed from ancient igneous intrusions
- C. They are still rising due to ongoing tectonic movements
- D. They are located in the interior of an old stable shield
Answer: C. They are still rising due to ongoing tectonic movements
The Himalayas are still tectonically active because the Indian Plate continues to move northward. This causes uplift, earthquakes and other geological activity.
The Himalayas are still tectonically active because the Indian Plate continues to move northward. This causes uplift, earthquakes and other geological activity.
Which of the following is the most appropriate reason for the high density of population in the Indo-Gangetic Plains?
- A. Presence of mineral-rich hard rocks and steep slopes
- B. Flat relief, fertile alluvium and good transport connectivity
- C. Extreme cold climate and sparse vegetation
- D. Dominance of lava plateaus and narrow valleys
Answer: B. Flat relief, fertile alluvium and good transport connectivity
The Indo-Gangetic Plains support dense population because they offer fertile soil, level land and favourable conditions for agriculture, transport and settlement.
The Indo-Gangetic Plains support dense population because they offer fertile soil, level land and favourable conditions for agriculture, transport and settlement.