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Assignment 1

The document contains a series of MATLAB code snippets for various numerical methods assignments. It includes calculations for specific mathematical expressions, generating patterns based on user input, and plotting projectile motion. The assignment is submitted by Tanjim Mostafa for a course in Numerical Methods.

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0% found this document useful (0 votes)
3 views6 pages

Assignment 1

The document contains a series of MATLAB code snippets for various numerical methods assignments. It includes calculations for specific mathematical expressions, generating patterns based on user input, and plotting projectile motion. The assignment is submitted by Tanjim Mostafa for a course in Numerical Methods.

Uploaded by

Tanjim Mostafa
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as DOCX, PDF, TXT or read online on Scribd
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Question 1:

a=2.54;
b=3.5;
c=3.9;
d=7;
qA=a^3+sqrt(b*d)-4*c;
disp(qA);
qB=3*b^4-ceil(d/c)+floor(sqrt(a));
disp(qB);
qC=(log(a)*log(b))/exp(c)+abs(5-d);
disp(qC);
qD=exp(ceil(log(12.7)));
disp(qD);

Question 2:
%2(a)
n= input('Enter row & coulumn length for 2a: ');
for r=1:n
if(r==1 || r==n)
for c= 1:n
fprintf('*');
end
else
for c= 1:n
if(c==1 || c==n)
fprintf('*');
else
fprintf(' ')
end
end

end
fprintf('\n')
end

%2(b)
n= input('Enter row & coulumn length for 2b: ');
for r=1:n
for c= 1:n-r
fprintf(' ');
end
for c=1:r
fprintf('*');
end
fprintf('\n');
end

Question 3:
g = 9.8;
v0 = 50.75;
angle = 5*pi/12;
x0 = 0;
y0 = 0;
t = 0: 0.1: 10;
y = y0 - .5*g*t.^2 + (v0*sin(angle))*t;
x = x0 + (v0*cos(angle))*t;

figure(1);
plot(t, y), xlabel('Time in second'), ylabel('y(t) in
meter'), title('y vs. t'), grid on;

figure(2);
plot(t, x), xlabel('Time in second'), ylabel('x(t) in
meter'), title('x vs. t'), grid on;
CSE 330
Numerical Methods
Assignment: 01
Date: 19.02.2019
Name: Tanjim Mostafa
ID: 16201084
Section: 05
Semester: Spring 19

Submitted by:
Submitted to:
Ismail Hossain
Department of Computer Science and Engineering

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