If coefficient of rth ,(r +1)th and (r + 2)th terms in binomial expansion of (1+ y)^m are in A.P.

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Binomial Theorem | 7 marks problem @EAG Binomial Theorem | 7 marks problem @EAG
If the coefrth, (r + 1)th and (r + 2)th (1 + x)ⁿ are in A.P., prove n² - (4r + 1)n + 4r² - 2 = 0. If the coefrth, (r + 1)th and (r + 2)th (1 + x)ⁿ are in A.P., prove n² - (4r + 1)n + 4r² - 2 = 0.
If the coefficients of r^(th) , (r+ 1)^(th) and (r + 2)^(th) terms in the binomial expansion of ... If the coefficients of r^(th) , (r+ 1)^(th) and (r + 2)^(th) terms in the binomial expansion of ...
#Binomial Theorem rth,(r+1)th and (r+2)th are in A.P then show that n² -(4r+1)n+4r²-2=0 #Binomial Theorem rth,(r+1)th and (r+2)th are in A.P then show that n² -(4r+1)n+4r²-2=0
"If the coefficients of the rth, `(r+1)t h ,(r+2)t h` terms is the expansion of `(1+x)^(14)` are "If the coefficients of the rth, `(r+1)t h ,(r+2)t h` terms is the expansion of `(1+x)^(14)` are
Binomial Theorem Expansion, Pascal Binomial Theorem Expansion, Pascal's Triangle, Finding Terms & Coefficients, Combinations, Algebra 2
Q.3 If the coefficients of the `rth, (r + 1)th & (r + 2)th terms in the expansion of (1+x)^14 Q.3 If the coefficients of the `rth, (r + 1)th & (r + 2)th terms in the expansion of (1+x)^14