वर्गमूल सर्पिल में \(\sqrt{3}\) से \(\sqrt{4}\) बनने पर कौन-सा कथन सही है?
When \(\sqrt{4}\) is formed from \(\sqrt{3}\) in a square root spiral, which statement is correct?
Explanation opens after your attempt
B. (\(\sqrt{3}\)2+12=4) इसलिए कर्ण \(\sqrt{4}\) है(\(\sqrt{3}\)2+12=4), so the hypotenuse is \(\sqrt{4}\)
Concept
In a square root spiral, the sum of squares is taken by Pythagoras theorem. Directly adding lengths is wrong.
Why this answer is correct
The correct answer is B. (\(\sqrt{3}\)2+12=4) इसलिए कर्ण \(\sqrt{4}\) है / (\(\sqrt{3}\)2+12=4), so the hypotenuse is \(\sqrt{4}\). In a square root spiral, the sum of squares is taken by Pythagoras theorem. Directly adding lengths is wrong.
Exam Tip
वर्गमूल सर्पिल में पाइथागोरस प्रमेय से वर्गों का योग लिया जाता है। सीधे लंबाइयाँ जोड़ना गलत है।
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