यदि \(G_1=3\) और \(G_n=n+2G_{n-1}\) है, तो \(G_4\) का मान क्या होगा?

If \(G_1=3\) and \(G_n=n+2G_{n-1}\), what is the value of \(G_4\)?

Author: Muft Shiksha Editorial Team Published:
Explanation opens after your attempt
Correct Answer

A. बयालीस(42)

Step 1

Concept

\(G_2=8\), \(G_3=19\), and \(G_4=42\). In exams, double the previous term before adding (n).

Step 2

Why this answer is correct

The correct answer is A. बयालीस / (42). \(G_2=8\), \(G_3=19\), and \(G_4=42\). In exams, double the previous term before adding (n).

Step 3

Exam Tip

\(G_2=8\), \(G_3=19\) और \(G_4=42\) है। परीक्षा में (n) जोड़ने से पहले पिछले पद को दोगुना करें।

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FAQs

Mathematics Answer, Explanation and Revision Hints

यदि \(G_1=3\) और \(G_n=n+2G_{n-1}\) है, तो \(G_4\) का मान क्या होगा? / If \(G_1=3\) and \(G_n=n+2G_{n-1}\), what is the value of \(G_4\)?

Correct Answer: A. बयालीस / (42). Explanation: \(G_2=8\), \(G_3=19\) और \(G_4=42\) है। परीक्षा में (n) जोड़ने से पहले पिछले पद को दोगुना करें। / \(G_2=8\), \(G_3=19\), and \(G_4=42\). In exams, double the previous term before adding (n).

Which concept should I revise for this Mathematics MCQ?

\(G_2=8\), \(G_3=19\), and \(G_4=42\). In exams, double the previous term before adding (n).

What exam hint can help solve this Mathematics question?

\(G_2=8\), \(G_3=19\) और \(G_4=42\) है। परीक्षा में (n) जोड़ने से पहले पिछले पद को दोगुना करें।