1.)
A using for loop:
A = 0; %set A to 0
for i = 6:56
A = A + (1/factorial(6))^6*exp(6); %add each summation terms to A
end
disp(A) % display A
output:
without using for loop
%multiply summation terms (56-6+1) times to get A
A =(56-6+1)*(1/factorial(6))^6*exp(6);
disp(A)
output:
1b.)
program:
%function handle to calculate A
f = @(x)log(6/12)*(x.^(3*6)*exp(56/cos(6)));
%range to plot f(x)
x = -10:10;
%plot f(x)
plot(x,f(x))
xlabel("x")
ylabel("f(x)")
title("f(X)")
grid on
output:
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