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I want to write a function that calculate the voltage for three junctions A,B and C in the picture below if we know the voltage of V. (G=0V). Did anyone write it before?
function ans = voltage(V,R) E1 = [R(2)*R(7)+R(1)*R(2)+R(1)*R(7) -R(1)*R(2) 0] E2 = [-R(3)*R(8)*R(4) R(4)*R(8)*R(7)+R(3)*R(8)*R...
I want to write a function that calculate the voltage for three junctions A,B and C in the picture below if we know the voltage of V. (G=0V). Did anyone write it before?
function ans = voltage(V,R) E1 = [R(2)*R(7)+R(1)*R(2)+R(1)*R(7) -R(1)*R(2) 0] E2 = [-R(3)*R(8)*R(4) R(4)*R(8)*R(7)+R(3)*R(8)*R...
oltre 3 anni fa | 0
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text file I/O
function charnum = char_counter(fname,c) fid = fopen(fname,'rt'); charnum = 0; if ~ischar(c) charnum = -1; elseif fid <...
text file I/O
function charnum = char_counter(fname,c) fid = fopen(fname,'rt'); charnum = 0; if ~ischar(c) charnum = -1; elseif fid <...
oltre 3 anni fa | 0
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Write a function called get_distance that accepts two character vector inputs representing the names of two cities. The function returns the distance between them as an output argument called distance. For example, the call get_distance('Seattle, WA'
function distance = get_distance(a,b) [num,txt] = xlsread('Distances.xlsx'); x = 0;y = 0; for i = 2:lenghth(txt) if strc...
Write a function called get_distance that accepts two character vector inputs representing the names of two cities. The function returns the distance between them as an output argument called distance. For example, the call get_distance('Seattle, WA'
function distance = get_distance(a,b) [num,txt] = xlsread('Distances.xlsx'); x = 0;y = 0; for i = 2:lenghth(txt) if strc...
oltre 3 anni fa | 0
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sparse2matrix random error
function matrix = sparse2matrix(c) % c = cellvec matrix = ones(c{1}).*c{2}; for i = 3:length(c) p = c{i}(1:2); ...
sparse2matrix random error
function matrix = sparse2matrix(c) % c = cellvec matrix = ones(c{1}).*c{2}; for i = 3:length(c) p = c{i}(1:2); ...
oltre 3 anni fa | 0
