Question: Consider the K-mapped SOP Boolean function f = sigma_m 2, 6, e. The input variables operate in a restricted space. Input combinations arc limited such

Consider the K-mapped SOP Boolean function f = sigma_m 2, 6, e. The input variables operate in a restricted space. Input combinations arc limited such that x can never be 0 when w is 1. Map both the l's in the function and the special "don't care" conditions listed, develop the simplified SOP expression, and draw ONLY the simplified circuit. This problem shows that sometimes the POS Boolean expression is the more convenient. For the truth table on the right, fill in the K-map and write both the original and simplified POS expressions, and draw the simplified circuit
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