From the figure given below, find the difference in areas of larger square to that of the smaller square.

The coordinates of the vertex of the parabola whose equation is $y equals x squared plus 4 x minus 2$ are:

Find the k value of vertex (h, k) for the equation $y equals 6 x squared plus 24 x plus 2$ .

The other method to find the vertex of a parabola is as we know that the x-coordinate of a vertex, (i.e) h is -b/2a.Now, substitute the x-coordinate value in the given standard form of the parabola equation y=ax2+bx+c, we will get the y-coordinate of a vertex.

Find the k value of vertex (h, k) for the equation $y equals 6 x squared plus 24 x plus 2$ .

Find the k value of vertex (h, k) for the equation $y equals 6 x squared plus 24 x plus 2$ .

Find the solutions for the equation $y equals x squared plus 16 x plus 25$ .

Prime factorization of any number can be done by using two methods: (1) Division method and (2) Factor tree method.

Find the solutions for the equation $y equals x squared plus 16 x plus 25$ .

Prime factorization of any number can be done by using two methods: (1) Division method and (2) Factor tree method.

Find the solutions for the equation $y equals x squared plus 4 x minus 6$ using vertex form.

Find the solutions for the equation $x squared plus 6 x minus 9 equals 0$

In math, factorization is when you break a number down into smaller numbers that, multiplied together, give you that original number.

Find the solutions for the equation $x squared plus 6 x minus 9 equals 0$

In math, factorization is when you break a number down into smaller numbers that, multiplied together, give you that original number.

Find the solutions for the equation $x squared minus 10 x plus 12 equals 0$

In math, factorization is when you break a number down into smaller numbers that, multiplied together, give you that original number.

Find the solutions for the equation $x squared minus 10 x plus 12 equals 0$

In math, factorization is when you break a number down into smaller numbers that, multiplied together, give you that original number.

$x squared plus 8 x plus c$ .Find the value of ‘c’ that makes the expression a perfect square trinomial.

The coordinates of the vertex of the parabola, whose equation is y = 2x² + 4x - 5 are:

The other method to find the vertex of a parabola is as We know that the x-coordinate of a vertex, (i.e) h is -b/2a. Now, substitute the x-coordinate value in the given standard form of the parabola equation y=ax2+bx+c, we will get the y-coordinate of a vertex.

The coordinates of the vertex of the parabola, whose equation is y = 2x² + 4x - 5 are:

Find the solution of quadratic equation $8 x squared minus 10 equals 54$ using square roots.

Find the solution of quadratic equation $6 x squared minus 13 equals 23$ using square roots.

Find the solution of quadratic equation $x squared plus 1 equals 1$ using square roots.

Determine the solutions of each of the quadratic equations by inspecting the graph. Give answers correct to 1 decimal place where appropriate.

Determine the solutions of each of the quadratic equations by inspecting the graph. Give answers correct to 1 decimal place where appropriate.