Section A Reg Name Test 1 190103020001 Syed Md. Afsani 5.5 190103020005 Nadira Ferdous 0 190103020007 Biprojit Bhattacharjee 6 190103020009 Maidul Islam 5.5 190103020011 Marwanur Rashid Shafe 3 190103020013 Sajib Sutradhar A 190103020015 Jeni Begum 5 190103020017 Marufa Akter Sweety 3 190103020019 MD.Fahin Miah 3 190103020021 Abida Khanom 7.5 190103020023 Aysha Akter 8 190103020025 Md.
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CSE 213 Summer 2019 Tutorial 1 Marks
170203020014 Sohel Ahmed A 170303020001 Musrat Jahan Rimu 6 170303020004 Helal Hussain A 170303020006 Md. Fazle Rabbi 6.5 170303020008 Marjana Akter 5 180103020003 Shekh Zannatun Nayeem A 180103020005 Khadija Binte Abul Haque 3 180103020007 Wadud Ullah Sami A 180103020009 Mansura Ferdous Chowdhury Rini 3 180103020011 N. Dibyandu Singha Rowdra 3 180103020013 Nava Chowdhury A 180103020015
CSE 121 Summer 2019 Tutorial 1 Marks
Reg Name Test 1 160303020007 Mourin Tasfia A 170103020057 Tarequl Islam A 180103020029 Mahar Hasan A 180203020001 Tahmain Akther Monisa 4.5 180203020002 Marjana Akther 5 180203020003 Asma Khatun 4 180203020004 Md. Shipon Miah 4.5 180203020005 Sharmin Sultana A 180203020010 Tanvir Rana Saikat A 180203020011 Abdul Hakim 3.5 180203020012 Prosenjith Chanda Polash 3.5 180303020001 Tanjir Adnan
CHE 101 Spring 2019 Tutorial 1 and 2 Marks
Sec A Reg Name Test 1 Test 2 170103020003 Mahin Ahmed Qureshi 2.5 4 170103020005 Tania Sultana 5 5 170103020007 Shoriful Islam Sayem 3 5 170103020009 Palash Barmon 5 2 170103020013 Syed Jafrul Husen 5 6 170103020015 Ruhul Amin 4 3 170103020017 Md. Abu Shahan 3.5 5 170103020019 Shah Jahan Chowdhury A A 170103020025 Sanjida
CHE 101 Spring 2019 Assignment Submission list
Below is list of assignments I have marked. If you have not submitted any assignment, you can submit the remaining assignments for reduced marking. 7th Semester Section A + 8th Semester Reg Name ASS 1 ASS 2 ASS 3 ASS 4 ASS 5 170103020003 Mahin Ahmed Qureshi OK – – OK OK 170103020005 Tania Sultana
CHE 101 Spring 2019 Tutorial 2 [Tutorial Question added]
This is a remainder for all of you that your tutorial 2 will be held on 18th April 2019, Thursday from 8:30 AM at Room no 501. If for any reason any program arises at room no 501, backup place is room no 214. Details Date: 18th April 2019, Thursday Place: 8:30 AM Syllabus: Lecture
CSE 431 Lecture 4 errata
Here are some errors that i have come through when rechecking lecture note 4. The errors are still not updated in the pdf. Kindly use these improvements. These are examples from page no 8
CSE 432 Spring 2019 Lab 10
Task: Pole Zero, Roots, Poly, ZPKdata and PZ map of System clc; close all; clear all; num=[10 20 30]; den=[40 50 60]; sys=tf(num,den); poles=pole(sys) zeros=zero(sys) poles_using_roots=roots(den) zeros_using_roots=roots(num) den_using_poly=poly(poles) num_using_poly=poly(zeros) [z,p,k]=zpkdata(sys,’v’) pzmap(sys) Pole zero plot after laplace transform %Laplace Transform close all; clear; clc; syms t s; ft=5*t^2+ 3*t+9; fs=laplace(ft); pretty(fs); fw=fourier(ft); pretty(fw); ffs=simplify(fs); pretty(ffs) [n,d]
CSE 432 Spring 2019 Lab 9
Task #1 Create a 10 second time vector in MATLAB. Use fs (sampling rate) = 1000 Hz. Using the formula for a chirp from last lab create a chirp signal from this time vector. Use the initial starting frequency f0= 10 Hz and a modulation index, µ=1. Plot this signal in both the time and
CSE 432 Spring 2019 Lab 8
Task #1 Importing audio into MATLAB Audio can be imported into MATLAB using audioread()or wavread()functions. The example below shows importing a sound and plotting it. clear close all clc [y, Fs, nbits]=wavread(‘Tuning fork 1’); sample=length(y); totaltime=sample/Fs; t=1:sample; t=t/Fs; y_fft = abs(fft(y)); y_fft = y_fft(1:sample/2); f = Fs*(0:sample/2-1)/sample; figure plot(t,y) figure plot(f, y_fft) Task #2