Prove That 2√3 − 1 Is an Irrational Number Video Explanation Watch the video below for the complete NCERT-based explanation: Solution Question: Prove that 2√3 − 1 is an irrational number. Proof: Let us assume that 2√3 − 1 is a rational number. Since 1 is a rational number, adding 1 to both sides, we […]
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Show That 5 − 2√3 Is an Irrational Number Video Explanation Watch the video below for the complete NCERT-based explanation: Solution Question: Show that 5 − 2√3 is an irrational number. Proof: Let us assume that 5 − 2√3 is a rational number. Since 5 is a rational number, subtracting 5 from both sides, we
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Prove That 4 − 5√2 Is an Irrational Number Video Explanation Watch the video below for the complete NCERT-based explanation: Solution Question: Prove that 4 − 5√2 is an irrational number. Proof: Let us assume that 4 − 5√2 is a rational number. Since 4 is a rational number, subtracting 4 from both sides, we
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Show That 3 + √2 Is an Irrational Number Video Explanation Watch the video below for the complete NCERT-based explanation: Solution Question: Show that 3 + √2 is an irrational number. Proof: Let us assume that 3 + √2 is a rational number. Since 3 is a rational number, subtracting 3 from both sides, we
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Show That 2 − √3 Is an Irrational Number Video Explanation Watch the video below to understand the complete solution step by step: Solution Question: Show that the number 2 − √3 is irrational. Step 1: Assume the Contrary Assume that 2 − √3 is rational. Then it can be written in the form: 2
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Prove That 5√2 Is Irrational Video Explanation Watch the video below to understand the complete solution step by step: Solution Question: Prove that the number 5√2 is irrational. Step 1: Assume the Contrary Assume that 5√2 is rational. Then it can be written in the form: 5√2 = p/q, where p and q are integers
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Prove That 4 + √2 Is Irrational Video Explanation Watch the video below to understand the complete solution step by step: Solution Question: Prove that the number 4 + √2 is irrational. Step 1: Assume the Contrary Assume that 4 + √2 is rational. Then it can be written in the form: 4 + √2
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Prove That 3/2√5 Is Irrational Video Explanation Watch the video below to understand the complete solution step by step: Solution Question: Prove that the number 3/2√5 is irrational. Step 1: Assume the Contrary Assume that 3/2√5 is rational. Then it can be written in the form: 3/2√5 = p/q, where p and q are integers
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Prove That 2/√7 Is Irrational Video Explanation Watch the video below to understand the complete solution step by step: Solution Question: Prove that the number 2/√7 is irrational. Step 1: Assume the Contrary Assume that 2/√7 is rational. Then it can be written as a fraction of two integers in lowest terms: 2/√7 = p/q,
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Show That 3−√5 Is Irrational Video Explanation Watch the video below to understand the complete solution step by step: Solution Question: Show that the number 3−√5 is irrational. Step 1: Assume the Contrary Assume that 3−√5 is rational. Then it can be written as a fraction of two integers in lowest terms: 3−√5 = p/q,
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