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Use Scilab answer the following questions: Paste both your function code, and console output demonstrating the features of the function. Question 1 - Vectors a. Write a function named Distance Magnitude() which receives a vector which contains three Scalars as arguments [Latitude, Longitude, Altitude] from an origin. The argument represents the location of a person who is lost. The function will then return the resultant Magnitude which represents the distance from the origin to the located pointed to by the three Scalars [Latitude, Longitude, Altitude]. b Modify your function from a. above to receive an additional vector which again containing three scalars [Latitude1, Longitude1, Altitude1], these scalars represent the location of a person trying to find the person who is lost. A third argument in the function is additional flag argument ['m'l'x'], this argument specifies that the returned result is the either the distance between the person who is lost and the rescuer as a pure magnitude or the distance between the person who is lost, and the rescuer in a vector format [Latitude, Longitude, Altitude]. Sample output: ARE DistanceMagnitude ([3,7,2], [0,3,2], 'v') 'Distance between person who is lost and rescuer [₁] = [3 4. 0.]' Note: include both your full function code, and code demonstrating use of your function below.

Use Scilab answer the following questions: Paste both your function code, and console output demonstrating the features of the function. Question 1 - Vectors a. Write a function named Distance Magnitude() which receives a vector which contains three Scalars as arguments [Latitude, Longitude, Altitude] from an origin. The argument represents the location of a person who is lost. The function will then return the resultant Magnitude which represents the distance from the origin to the located pointed to by the three Scalars [Latitude, Longitude, Altitude]. b Modify your function from a. above to receive an additional vector which again containing three scalars [Latitude1, Longitude1, Altitude1], these scalars represent the location of a person trying to find the person who is lost. A third argument in the function is additional flag argument ['m'l'x'], this argument specifies that the returned result is the either the distance between the person who is lost and the rescuer as a pure magnitude or the distance between the person who is lost, and the rescuer in a vector format [Latitude, Longitude, Altitude]. Sample output: ARE DistanceMagnitude ([3,7,2], [0,3,2], 'v') 'Distance between person who is lost and rescuer [₁] = [3 4. 0.]' Note: include both your full function code, and code demonstrating use of your function below.

Database System Concepts
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
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Use Scilab answer the following questions: Paste both your function code, and console output demonstrating the features of the function. Question 1 - Vectors a. Write a function named Distance Magnitude() which receives a vector which contains three Scalars as arguments [Latitude, Longitude, Altitude] from an origin. The argument represents the location of a person who is lost. The function will then return the resultant Magnitude which represents the distance from the origin to the located pointed to by the three Scalars [Latitude, Longitude, Altitude]. b Modify your function from a. above to receive an additional vector which again containing three scalars [Latitude1, Longitude1, Altitude1], these scalars represent the location of a person trying to find the person who is lost. A third argument in the function is additional flag argument ['m'''], this argument specifies that the returned result is the either the distance between the person who is lost and the rescuer as a pure magnitude or the distance between the person who is lost, and the rescuer in a vector format [Latitude, Longitude, Altitude]. Sample output: --> DistanseMagnitude ([3,7,2], [0,3,2], 'v') ang 'Distance between person who is lost and rescuer [*] = [3 4. 0.]' Note: include both your full function code, and code demonstrating use of your function below.
Transcribed Image Text:Use Scilab answer the following questions: Paste both your function code, and console output demonstrating the features of the function. Question 1 - Vectors a. Write a function named Distance Magnitude() which receives a vector which contains three Scalars as arguments [Latitude, Longitude, Altitude] from an origin. The argument represents the location of a person who is lost. The function will then return the resultant Magnitude which represents the distance from the origin to the located pointed to by the three Scalars [Latitude, Longitude, Altitude]. b Modify your function from a. above to receive an additional vector which again containing three scalars [Latitude1, Longitude1, Altitude1], these scalars represent the location of a person trying to find the person who is lost. A third argument in the function is additional flag argument ['m'''], this argument specifies that the returned result is the either the distance between the person who is lost and the rescuer as a pure magnitude or the distance between the person who is lost, and the rescuer in a vector format [Latitude, Longitude, Altitude]. Sample output: --> DistanseMagnitude ([3,7,2], [0,3,2], 'v') ang 'Distance between person who is lost and rescuer [*] = [3 4. 0.]' Note: include both your full function code, and code demonstrating use of your function below.
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