Draw a circuit that uses 8-bit adders and 8-bit registers to make a 16-bit counter that counts by 5's (the q output counts 0, 5, 10, 15, etc. in binary). the inputs to the 8-bit adder components the outputs of the 8-bit adder components are s79 and co the inputs to the 8-bit register components are d7.0 load, clk and clr. the output of the 8-bit register components is qo the inputs to the 16-bit counter should be en, clk and clr. the outputs of the 16-bit counter should be qi50 and roll

Create a function called quadform( ) that takes as input the coefficients of the quadratic equation (a,b,c) and returns the two distinct real roots (x1,x2) as output, if they exist. in addition, the function returns a message (flag) that informs the user if an error occurred when trying to find two distinct real roots. the possible errors are: (1) "only one root is found"; (2) "imaginary roots are found"; (3) "any value of x is a solution"; (4) "no zeroes exist." if no errors occur, then flag should be "no errors".