Can you answer the qustion in LabView program?

Construct a VI that solves the quadratic formula to find the roots of the equation; ax*+bxtc-0 for the (control) variable x, where the contents a, b, and c are real numbers. In general, the roots of the quadratic equation can be either two real numbers or two complex numbers. For this problem, your VI only needs to find the REAL roots. Roots are computed based on the Xi and X2 equations a shown below Two numeric outputs for the roots and three inputs for the constraints a, b, and c Once you are finished building the BD, create an design an icon and configure the terminal connections so that your VI can be used as a subVI. Verify that you have done this correctly by placing your quadratic formula subVI in a new VI and connecting the terminals to controls and indicators. Print your VI project and submit it. Tutorial Available at quadratic roots.wi Block Diagram www.TheEngineeringProjects.com www.TheEngineeringProjects.com x1 2 Construct a VI that solves the quadratic formula to find the roots of the equation; ax*+bxtc-0 for the (control) variable x, where the contents a, b, and c are real numbers. In general, the roots of the quadratic equation can be either two real numbers or two complex numbers. For this problem, your VI only needs to find the REAL roots. Roots are computed based on the Xi and X2 equations a shown below Two numeric outputs for the roots and three inputs for the constraints a, b, and c Once you are finished building the BD, create an design an icon and configure the terminal connections so that your VI can be used as a subVI. Verify that you have done this correctly by placing your quadratic formula subVI in a new VI and connecting the terminals to controls and indicators. Print your VI project and submit it. Tutorial Available at quadratic roots.wi Block Diagram www.TheEngineeringProjects.com www.TheEngineeringProjects.com x1 2