" 9.Write the series "sum(r=1)^(n)(2r+1)...

" 9.Write the series "sum_(r=1)^(n)(2r+1)/(r^(2)+1)" in expanded form."

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Write the series Sigma_(r=1)^(n) (2r+1)/(r^(2) + 1) in expanded form.

Write the series sigma_(r = 1)^(n) (2r-1)/(r^(2)) in expanded form.

Write the series Sigma_(r=1)^(n) (r^(2)+1)/(2r^(2) - 1) in expanded form.

Sum of the series sum_(r=1)^(n) (r^(2)+1)r! is

Sum of the series sum_(r=1)^(n) (r^(2)+1)r! is

Sum of the series sum_(r=1)^(n) (r^(2)+1)r! is

Sum of the series sum_(r=1)^(n) (r^(2)+1)r! is

Sum of the series sum_(r=1)^(n) (r^(2)+1)r! is

Sum of the series sum_(r=1)^(n)(r^(2)+1)r!, is

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