Class 11 Geography - Water in the Atmosphere - Humidity, evaporation, and condensation Hard Quiz

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जलवाष्प के संघनन पर गुप्त ऊष्मा मुक्त होने से वायुमंडलीय प्रक्रियाओं पर क्या प्रभाव पड़ता है?

What effect does the release of latent heat during condensation of water vapour have on atmospheric processes?

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Correct Answer

B. यह बादल प्रणालियों और मौसमीय ऊर्जा को प्रभावित करता हैIt affects cloud systems and weather energy

Step 1

Concept

Latent heat released during condensation gives energy to weather systems. Exam tip: connect water vapour with energy transfer.

Step 2

Why this answer is correct

The correct answer is B. यह बादल प्रणालियों और मौसमीय ऊर्जा को प्रभावित करता है / It affects cloud systems and weather energy. Latent heat released during condensation gives energy to weather systems. Exam tip: connect water vapour with energy transfer.

Step 3

Exam Tip

संघनन के समय गुप्त ऊष्मा मुक्त होकर मौसम प्रणालियों को ऊर्जा देती है। परीक्षा में जलवाष्प को ऊर्जा हस्तांतरण से जोड़ें।

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जलवाष्प के बिना बादल निर्माण अधूरा क्यों है?

Why is cloud formation incomplete without water vapour?

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Correct Answer

A. क्योंकि बादल मुख्यतः सूक्ष्म जल बूंदों या बर्फ कणों से बनते हैंBecause clouds mainly consist of tiny water droplets or ice particles

Step 1

Concept

Cloud droplets form through condensation of water vapour. Exam tip: treat water vapour as the basic source of clouds.

Step 2

Why this answer is correct

The correct answer is A. क्योंकि बादल मुख्यतः सूक्ष्म जल बूंदों या बर्फ कणों से बनते हैं / Because clouds mainly consist of tiny water droplets or ice particles. Cloud droplets form through condensation of water vapour. Exam tip: treat water vapour as the basic source of clouds.

Step 3

Exam Tip

जलवाष्प के संघनन से बादल बूंदें बनती हैं। परीक्षा में जलवाष्प को बादल का मूल स्रोत मानें।

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वायुमंडलीय जलवाष्प की मात्रा तापमान बढ़ने पर सामान्यतः क्यों बढ़ सकती है?

Why can atmospheric water vapour generally increase with rising temperature?

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Correct Answer

A. क्योंकि गर्म वायु अधिक नमी धारण कर सकती है और वाष्पीकरण बढ़ता हैBecause warm air can hold more moisture and evaporation increases

Step 1

Concept

Higher temperature increases evaporation and moisture-holding capacity. Exam tip: understand the direct relation between temperature and water vapour.

Step 2

Why this answer is correct

The correct answer is A. क्योंकि गर्म वायु अधिक नमी धारण कर सकती है और वाष्पीकरण बढ़ता है / Because warm air can hold more moisture and evaporation increases. Higher temperature increases evaporation and moisture-holding capacity. Exam tip: understand the direct relation between temperature and water vapour.

Step 3

Exam Tip

उच्च ताप वाष्पीकरण और नमी धारण क्षमता बढ़ाता है। परीक्षा में ताप और जलवाष्प का सीधा संबंध समझें।

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