Prove: Σr=0 to n (3^r nCr)=4^n | Summation & Binomial Expansion | Binomial Theorem

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prove that sigma r=0 to n 3^n nCr=4^n || Prove that `sum_(r=0)^n^n C_r3^r=4^n` prove that sigma r=0 to n 3^n nCr=4^n || Prove that `sum_(r=0)^n^n C_r3^r=4^n`
Binomial Theorem Expansion, Pascal Binomial Theorem Expansion, Pascal's Triangle, Finding Terms & Coefficients, Combinations, Algebra 2
23 - The Binomial Theorem & Binomial Expansion - Part 1 23 - The Binomial Theorem & Binomial Expansion - Part 1
8 Binomial Theorem - Example 3 - A binomial question that requires the use of the nCr formula. 8 Binomial Theorem - Example 3 - A binomial question that requires the use of the nCr formula.
Binomial Expansion | nCr, What is it? | ExamSolutions Maths Revision Binomial Expansion | nCr, What is it? | ExamSolutions Maths Revision
Prove that Sigma_(r=0)^(n) 3^(r)^(n)C_(r)=4^(n) | 11 | BINOMIAL THEOREM | MATHS | NAGEEN PRAKASH... Prove that Sigma_(r=0)^(n) 3^(r)^(n)C_(r)=4^(n) | 11 | BINOMIAL THEOREM | MATHS | NAGEEN PRAKASH...
Prove that 3^r ncr=4^n | Ex 8.1 Q 14 Class 11 | Prove that sigma 3r ncr=4n | n ∑ r=0 3^r ncr Prove that 3^r ncr=4^n | Ex 8.1 Q 14 Class 11 | Prove that sigma 3r ncr=4n | n ∑ r=0 3^r ncr
Prove that ∑_r=0^n 3^r nC_r=4^n. Prove that ∑_r=0^n 3^r nC_r=4^n.