(Sentinel-Terminated Average) In this question, we are interested in computing the average of a set of numbers given in a vector. However, the list of numbers may include a sentinel value (-999) that terminates the list of numbers whose averages we would like to compute. If the sentinel is not present, we wish to compute the average of all of them. If the sentinel is present, we wish to only compute the average of the numbers preceding (and not including) the sentinel. sentinel_avg Function: Input variables: • a vector of numbers that may include the sentinel value -999 (note: you may assume there is at least one number in this list preceding the sentinel) Output variables: • a scalar representing the average of the desired numbers A possible sample case is: » [avg] = sentinel_avg([1 2 3 4 -999 -5 -5 -5]) avg = 2.5 » [avg] = sentinel_avg([4 2 3]) avg = %3D

(Sentinel-Terminated Average) In this question, we are interested in computing the average of a set of numbers given in a vector. However, the list of numbers may include a sentinel value (-999) that terminates the list of numbers whose averages we would like to compute. If the sentinel is not present, we wish to compute the average of all of them. If the sentinel is present, we wish to only compute the average of the numbers preceding (and not including) the sentinel. sentinel_avg Function: Input variables: • a vector of numbers that may include the sentinel value -999 (note: you may assume there is at least one number in this list preceding the sentinel) Output variables: • a scalar representing the average of the desired numbers A possible sample case is: » [avg] = sentinel_avg([1 2 3 4 -999 -5 -5 -5]) avg = 2.5 » [avg] = sentinel_avg([4 2 3]) avg = %3D

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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