Leg `p_n=a^(P_(n-1))-1,AAn=2,3, ,a n dl e tP_1=a^x-1,` where `a in R^+dot` Then evaluate `("lim")_(xvec0)(P_n)/x`

Let p_n=a^(P_(n-1))-1,AAn=2,3, ,a n dl e tP_1=a^x-1, where a in R^+dot Then evaluate ("lim")_(xvec0)(P_n)/x

Let p_n=a^(P_(n-1))-1,AAn=2,3,... ,a n d l e tP_1=a^x-1, where a in R^+dot Then evaluate ("lim")_(xvec0)(P_n)/x

Leg p_(n)=a^(P_(n-1))-1,AA n=2,3,..., and let P_(1)=a^(x)-1 where a in R^(+). Then evaluate lim_(x rarr0)(P_(n))/(x)

Let P_(n)=a^(P_(n-1))-1,AA n=2,3,..., and let P_(1)=a^(x)-1, where ainR^(+). Then evaluate lim_(xto0) (P_(n))/(x).

Let P_(n)=a^(P_(n-1))-1,AA n=2,3,..., and let P_(1)=a^(x)-1, where ainR^(+). Then evaluate lim_(xto0) (P_(n))/(x).

If ^(2n+1)P_(n-1):^(2n-1)P_(n)=3:5, find n

If .^(2n+1)P_(n-1): .^(2n-1)P_(n)=3:5 , find n.

If ("lim")_(xvec0)[1+x+(f(x))/x]^(1/x)=e^3, then find the value of 1n(("lim")_(xvec0)[1+(f(x))/x]^(1/x))i s____

If "^(2n+1)P_(n-1):^(2n-1)P_n=3:5, then find the value of n .

If "^(2n+1)P_(n-1):^(2n-1)P_n=3:5, then find the value of n .