Write a program that prompts the user to input the three coefficients a, b, and c of a quadratic equation ar²+bx+c= 0. The program should display the solutions of this equation, in the following manner: 1. If the equation has one solution, display ONE SOLUTION:, followed by the solution, displayed with 4 digits printed out after the decimal place. 2. If the equation has two real solutions, display TWO REAL SOLUTIONS:, followed by the two solutions, each displayed with 4 digits printed out after the decimal place. 3. If the equation has solutions that are not real numbers, display COMPLEX SOLUTIONS:, followed by two solutions displayed in the form a +bi, where each a and b should be displayed with 4 digits printed out after the decimal place. For example, a run might look like Enter x 2 coefficient: 1 Enter x 1 coefficient: -2 Enter x 0 coefficient: 1 ONE SOLUTION: x= 1.0000 or Enter x 2 coefficient: 3 Enter x 1 coefficient: 5 Enter x 0 coefficient: 1 TWO REAL SOLUTIONS: x= -0.2324 and x = -1.4343 or Enter x 2 coefficient: 2.1 Enter x 1 coefficient: 4 Enter x 0 coefficient: 10 COMPLEX SOLUTIONS: x = -0.9524 - 1.96341 and x = -0.9524+ 1.96341 In the last case, note that the letter that is printed out to represent the square root of -1 is the letter i, not the letter j! Python has some functions that produce complex values, but when you print these values, they will display the letter j to represent √-1. I don't want that - so, instead, your program should calculate the imaginary coefficient, and then include code which prints out the string "i". Do not use the cmath module, the complex function, the imag attribute,or any Python functions that perform replacements in strings. (If you don't know what any of those are, don't worry about it.) Specifications: your program must • ask for and accept coefficients from the user. • assuming that the user enters a non-zero leading coefficient. display the type of solutions as above. (In the case where there is exactly one solution, it is acceptable if the program occasionally misidentifies it. although it should work with the example I've provided.) • display all solutions with exactly 4 digits printed after each decimal (for complex solutions. 4 digits after the decimal for both real and imaginary parts). • use the letter i to represent √-I in output, not the letter j. not use the math module, the complex function, the .imag attribute, or any Python functions that perform replacements in strings.