Question 4: Write a program that does the following: Ask user to input three floating-point numbers a, b and c. They are the parameters of a quadratic equation ax2 + bx + c = 0 Classify to one of the following: o 'Infinite number of solutions' (for example, 0x2 +0x +0 0 has infinite number of solutions) o 'No solution' (for example, 0x2 + 0x + 4 0 has no solution) o 'No real solution' (for example, x2 +4-0 has no real solutions) o 'One real solution o 'Two real solutions In cases there are 1 or 2 real solutions, also print the solutions. Hint: if a 0 and there are real solutions to the equation, you can get these solutions using the following formula: X1,2 2a The number of solutions depends on whether (b -4ac) is positive, zero, or negative. For example, an execution could look like: Please enter value of a: 1 Please enter value of b: 4 Please enter value of c: 4 This equation has single real solution x-2.0 Question 4: Write a program that does the following: Ask user to input three floating-point numbers a, b and c. They are the parameters of a quadratic equation ax2 + bx + c = 0 Classify to one of the following: o 'Infinite number of solutions' (for example, 0x2 +0x +0 0 has infinite number of solutions) o 'No solution' (for example, 0x2 + 0x + 4 0 has no solution) o 'No real solution' (for example, x2 +4-0 has no real solutions) o 'One real solution o 'Two real solutions In cases there are 1 or 2 real solutions, also print the solutions. Hint: if a 0 and there are real solutions to the equation, you can get these solutions using the following formula: X1,2 2a The number of solutions depends on whether (b -4ac) is positive, zero, or negative. For example, an execution could look like: Please enter value of a: 1 Please enter value of b: 4 Please enter value of c: 4 This equation has single real solution x-2.0