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You may use built-in MATLAB functions for this problem The data in the attached file shows the emissions of carbon dioxide from four categories of sources (coal, natural gas, petroleum, bio-fuels) over several years. The columns from Aviation Gasoline (Column D) through Other (Column M) together are petroleum derivatives while the last three columns "Wood", "Waste" and "Fuel ethanol" are bio-fuels. The emissions from petroleum would be the sum of the emissions of the various types of petroleum products. Likewise for bio-fuels. Write the following functions: 1. Emissions = getEmissions ByYear (data, year) This function should take as its first argument a matrix containing the data from the table, and as its second argument an integer for the year for which

You may use built-in MATLAB functions for this problem The data in the attached file shows the emissions of carbon dioxide from four categories of sources (coal, natural gas, petroleum, bio-fuels) over several years. The columns from Aviation Gasoline (Column D) through Other (Column M) together are petroleum derivatives while the last three columns "Wood", "Waste" and "Fuel ethanol" are bio-fuels. The emissions from petroleum would be the sum of the emissions of the various types of petroleum products. Likewise for bio-fuels. Write the following functions: 1. Emissions = getEmissions ByYear (data, year) This function should take as its first argument a matrix containing the data from the table, and as its second argument an integer for the year for which

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Problem 2 You may use built-in MATLAB functions for this problem The data in the attached file shows the emissions of carbon dioxide from four categories of sources (coal, natural gas, petroleum, bio-fuels) over several years. The columns from Aviation Gasoline (Column D) through Other (Column M) together are petroleum derivatives while the last three columns "Wood", "Waste" and "Fuel ethanol" are bio-fuels. The emissions from petroleum would be the sum of the emissions of the various types of petroleum products. Likewise for bio-fuels. Write the following functions: 1. Emissions = getEmissions ByYear (data, year) This function should take as its first argument a matrix containing the data from the table, and as its second argument an integer for the year for which emissions are to be determined. The return value is a 1 x 4 vector with the emissions for the four categories of sources in the following order: 1) Coal, 2) Natural gas, 3) Petroleum, 4) Bio-fuels. a. If data for the year specified in the input argument is not available, then your code should return 0 for all elements of the return value. 2. Emissions = totalEmissionsByYear (data) This function should take as its argument a matrix containing the data from the table. The return value is a 1 x 4 vector with the total emissions for the four categories of sources in the following order: 1) Coal, 2) Natural gas, 3) Petroleum, 4) Bio-fuels.
Transcribed Image Text:Problem 2 You may use built-in MATLAB functions for this problem The data in the attached file shows the emissions of carbon dioxide from four categories of sources (coal, natural gas, petroleum, bio-fuels) over several years. The columns from Aviation Gasoline (Column D) through Other (Column M) together are petroleum derivatives while the last three columns "Wood", "Waste" and "Fuel ethanol" are bio-fuels. The emissions from petroleum would be the sum of the emissions of the various types of petroleum products. Likewise for bio-fuels. Write the following functions: 1. Emissions = getEmissions ByYear (data, year) This function should take as its first argument a matrix containing the data from the table, and as its second argument an integer for the year for which emissions are to be determined. The return value is a 1 x 4 vector with the emissions for the four categories of sources in the following order: 1) Coal, 2) Natural gas, 3) Petroleum, 4) Bio-fuels. a. If data for the year specified in the input argument is not available, then your code should return 0 for all elements of the return value. 2. Emissions = totalEmissionsByYear (data) This function should take as its argument a matrix containing the data from the table. The return value is a 1 x 4 vector with the total emissions for the four categories of sources in the following order: 1) Coal, 2) Natural gas, 3) Petroleum, 4) Bio-fuels.
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