The geometric mean of a set of positive numbers x, through x, is defined as the nth root of the product of the numbers: (eq) geometric mean = Vx,x,X3..., Write a MATLAB program that will accept arbitrary number of positive input values and calculate the arithmetic mean (i.e., the avarage) and the geometric mean of the numbers. Use a while loop to get the input values, and terminate the inputs when a user enters a negative number. Test your program by calculating the average and geometric mean of the four numbers 10, 5, 2, and 5.
The geometric mean of a set of positive numbers x, through x, is defined as the nth root of the product of the numbers: (eq) geometric mean = Vx,x,X3..., Write a MATLAB program that will accept arbitrary number of positive input values and calculate the arithmetic mean (i.e., the avarage) and the geometric mean of the numbers. Use a while loop to get the input values, and terminate the inputs when a user enters a negative number. Test your program by calculating the average and geometric mean of the four numbers 10, 5, 2, and 5.
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![The geometric mean of a set of positive numbers x through x, is defined as the nth root of the product of the numbers:
(eq) geometric mean = Vxx,xz.
Write a MATLAB program that will accept arbitrary number of positive input values and calculate the arithmetic mean (i.e., the avarage) and the geometric mean of the numbers.
Use a while loop to get the input values, and terminate the inputs when a user enters a negative number. Test your program by calculating the average and geometric mean of the
four numbers 10, 5, 2, and 5.
Script e
A Save
C Reset
I MATLAB Documentation
1 % Define variables:
-- Input values
-- Geometric mean
2 % x
% g
4 % nvals -- Number of input values
5 % prod
6 % Initialize product and nvals
7 i = 1;
-- Product of input values
8
10 % Simulate User Input
11 % Read the first number
12 sampleData = [10 5 2 5 -1];
13 x = sampleData(1,1);
14 disp(strcat('Enter first number: ',int2str(x)));
15 % Read the remaining numbers
16
17
18
% Simulate User Input starting 2nd element of the sampleData
19
20
21
22
23
24 % Calculate geometric mean
25
26 % Tell user
27 fprintf(' The geometric mean is %.4f\n',g);](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff06f71ad-29ec-436e-9181-a7dade001792%2F7e664625-e2e7-4d45-b5e5-cdfcd431b3ae%2Fxtr402j_processed.png&w=3840&q=75)
Transcribed Image Text:The geometric mean of a set of positive numbers x through x, is defined as the nth root of the product of the numbers:
(eq) geometric mean = Vxx,xz.
Write a MATLAB program that will accept arbitrary number of positive input values and calculate the arithmetic mean (i.e., the avarage) and the geometric mean of the numbers.
Use a while loop to get the input values, and terminate the inputs when a user enters a negative number. Test your program by calculating the average and geometric mean of the
four numbers 10, 5, 2, and 5.
Script e
A Save
C Reset
I MATLAB Documentation
1 % Define variables:
-- Input values
-- Geometric mean
2 % x
% g
4 % nvals -- Number of input values
5 % prod
6 % Initialize product and nvals
7 i = 1;
-- Product of input values
8
10 % Simulate User Input
11 % Read the first number
12 sampleData = [10 5 2 5 -1];
13 x = sampleData(1,1);
14 disp(strcat('Enter first number: ',int2str(x)));
15 % Read the remaining numbers
16
17
18
% Simulate User Input starting 2nd element of the sampleData
19
20
21
22
23
24 % Calculate geometric mean
25
26 % Tell user
27 fprintf(' The geometric mean is %.4f\n',g);
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