(a) (20 points) design a 4-bit cla module. your module must have the following format. submit your verilog code. convince yourself that the code is working correctly with test cases. module cla(g0, p0, g1, p1, g2, p2, g3, p3, cin, c1, c2, c3, c4, g, p); input g0, p0, g1, p1, g2, p2, g3, p3; // generate and propagate signals corresponding to each bit. input cin; // carry-in input output c1, c2, c3, c4; // carry bits computed by the cla. output g, p; // block generate and block propagate to be used by clas at a // higher level.

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The answer is phishing : )

Choice 2.the algorithm constantly checks to see if the value in the position before is greater than the value in the current position. if there is even one instance, it will return false and stop looping.using an if-statement without } and { means that the if-statement true condition only applies for the next lineconsider  . the condition  checks if previous position is greater than or equal to current position. if it is, it will make method return false. for that example, it won't.consider  , it would return falseconsider  . it would return false