यदि समुद्र तल पर तापमान \(30^\circ C\) है तो सामान्य ह्रास दर के अनुसार 3000 मीटर पर अनुमानित तापमान कितना होगा?

If the sea level temperature is \(30^\circ C\), what will be the estimated temperature at 3000 metres according to normal lapse rate?

Explanation opens after your attempt
Correct Answer

A. \(10.5^\circ C\)

Step 1

Concept

Normal lapse rate is about \(6.5^\circ C\) per 1000 metres so the decrease is \(19.5^\circ C\). In exams convert height into kilometres first.

Step 2

Why this answer is correct

The correct answer is A. \(10.5^\circ C\). Normal lapse rate is about \(6.5^\circ C\) per 1000 metres so the decrease is \(19.5^\circ C\). In exams convert height into kilometres first.

Step 3

Exam Tip

सामान्य ह्रास दर लगभग \(6.5^\circ C\) प्रति 1000 मीटर है इसलिए कमी \(19.5^\circ C\) होगी। परीक्षा में ऊँचाई को किलोमीटर में बदलकर गणना करें।

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यदि समुद्र तल पर तापमान \(30^\circ C\) है तो सामान्य ह्रास दर के अनुसार 3000 मीटर पर अनुमानित तापमान कितना होगा? / If the sea level temperature is \(30^\circ C\), what will be the estimated temperature at 3000 metres according to normal lapse rate?

Correct Answer: A. \(10.5^\circ C\). Explanation: सामान्य ह्रास दर लगभग \(6.5^\circ C\) प्रति 1000 मीटर है इसलिए कमी \(19.5^\circ C\) होगी। परीक्षा में ऊँचाई को किलोमीटर में बदलकर गणना करें। / Normal lapse rate is about \(6.5^\circ C\) per 1000 metres so the decrease is \(19.5^\circ C\). In exams convert height into kilometres first.

Which concept should I revise for this Geography MCQ?

Normal lapse rate is about \(6.5^\circ C\) per 1000 metres so the decrease is \(19.5^\circ C\). In exams convert height into kilometres first.

What exam hint can help solve this Geography question?

सामान्य ह्रास दर लगभग \(6.5^\circ C\) प्रति 1000 मीटर है इसलिए कमी \(19.5^\circ C\) होगी। परीक्षा में ऊँचाई को किलोमीटर में बदलकर गणना करें।