0,sqrt(5)

Find a quadratic polynomial each with the given numbers as sum and product of its zeroes respectively. 0,sqrt5

Show that 4sin27^(0)=(5+sqrt(5))^((1)/(2))-(3-sqrt(5))^((1)/(2))

Show that 4sin27^0=(5+sqrt(5))^(1/2)-(3-sqrt(5))^(1/2)

Show that 4sin27^0=(5+sqrt(5))^(1/2)+(3-sqrt(5))^(1/2)

Show that 4sin27^0=(5+sqrt(5))^(1/2)-(3-sqrt(5))^(1/2)

If the vertices of a triangle are (sqrt(5,)0) , ( sqrt(3),sqrt(2)) , and (2,1) , then the orthocentre of the triangle is (sqrt(5),0) (b) (0,0) (c) (sqrt(5)+sqrt(3)+2,sqrt(2)+1) (d) none of these

Find the equation of the ellipse satisfying the conditions ends of major axis are (0,+-sqrt5) and ends of minor axis are (+-1,0)

Find a quadratic polynomial with 0 , sqrt5 as the sum and product of its zeros respectively.

Find a quadratic polynomial each with the given numbers as the sum and product of its zeroes respectively. : 0,sqrt5 .

Find a quadratic polynomial each with the given numbers as the sum and product of its zeroes respectively:(iii) 0,sqrt5