13) Below is a flowchart defining the function min(M). Evaluate the given function calls. a) min([4,...

   

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13) Below is a flowchart defining the function min(M). Evaluate the given function calls. a) min([4, 5, 3]) min(M) L-length(M) min M[0] K=O K++ M[K] <min true min= M(K) false K ==L true return min STOP false b) min([4, -5, 3]) c) min([-4, 5, 3]) d) min([ 3, 3, 3]) 13) Below is a flowchart defining the function min(M). Evaluate the given function calls. a) min([4, 5, 3]) min(M) L-length(M) min M[0] K=O K++ M[K] <min true min= M(K) false K ==L true return min STOP false b) min([4, -5, 3]) c) min([-4, 5, 3]) d) min([ 3, 3, 3]) 13) Below is a flowchart defining the function min(M). Evaluate the given function calls. a) min([4, 5, 3]) min(M) L-length(M) min M[0] K=O K++ M[K] <min true min= M(K) false K ==L true return min STOP false b) min([4, -5, 3]) c) min([-4, 5, 3]) d) min([ 3, 3, 3])

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The flowchart youve provided appears to describe the steps for a function called minM which takes an ... View the full answer