If `p(t)=t^(3)-1`, find the values of `p(1),p(-1),p(0),p(2),p(-2)`.

If p(x)=x^(2)-5x-6 , then find the values of p(1),p(2),p(3),p(0),p(-1),p(-2),p(-3) .

If p(m)=m^(2)-3m+1 , then find the value of p(1) and p(-1) .

Let p(x)=x^(2)-4x+3 . Find the value of p(0),p(1),p(2),p(3) and obtain zeroes of the polynomial p(x) .

If p_(1)^(x_(1))timesp_(2)^(x_(2))timesp_(3)^(x_(3))timesp_(4)^(x_(4))=11340 where p_(1), p_(2), p_(3), p_(4) are primes in ascending order and x_(1), x_(2), x_(3), x_(4) are integers, find the value of p_(1), p_(2), p_(3), p_(4) and x_(1), x_(2), x_(3), x_(4) .

Let A be a point inside a regular polygon of 10 sides. Let p_(1), p_(2)...., p_(10) be the distances of A from the sides of the polygon. If each side is of length 2 units, then find the value of p_(1) + p_(2) + ...+ p_(10)

Find the value of sum_(p=1)^n(sum_(m=p)^n^n C_m^m C_p)dot And hence, find the value of (lim)_(nvecoo)1/(3^n)sum_(p=1)^n(sum_(m=p)^n^n C_m^m C_p)dot

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

If the number of positive integral solutions of u+v+w=n be denoted by P_(n) then the absolute value of |{:(P_(n),P_(n+1),P_(n+2)),(P_(n+1),P_(n+2),P_(n+3)),(P_(n+2),P_(n+3),P_(n+4)):}| is