Multiply the binomials `(y-8)` and `(3y-4)`

Multiply the binomials (2x+5) and (4x-3)

Multiply the binomials (a+3b) and (x+5)

Multiply the binomials (2pq+3q^2) and (3pq-2q^2)

Multiply the binomials (3/4 a^2+ 3b^2) and 4(a^2-2/3 b^2)

Divide the given polynomial by the given monomial: (3y^8-4y^6+5y^4):- y^4

If X and Y are independent binomial variates, B(5,1/2) and B(7,1/2), then P(X + Y =3) is

Check whether the polynomial p (y) = 4y ^(3) + 4y ^(2) -y-1 is a multiple of (2y +1).

Classify into monomials, binomials and trinomials: x+y-xy

The equation of the plane in which the lines (x-5)/4 = (y-7)/4 = (z+3)/-5 and (x-8)/7 = (y-4)/1 = (z-5)/3 lie is

Divide the given polynomial by the given monomial: 8(x^3y^2z^2 +x^2y^3z^2+x^2y^2z^3):-4x^2y^2z^2