TWO DIMENSIONAL [ MA3355]

-

                

DISCLAIMER ! ONLY IMPORTANT QUESTIONS

Comments

Post a Comment

Popular posts from this blog

ECE 3RD SEMESTER NOTES

-
Study Materials & Resources Study Materials & Resources For Syllabus: 👉 DOWNLOAD HERE 1. Signals and System (Handwritten Notes): DOWNLOAD HERE 2. DSD (Handwritten Notes): DOWNLOAD HERE 3. Control System (Handwritten Notes): DOWNLOAD HERE 4. EDC Lab Manual (1,2,3 Experiments): DOWNLOAD HERE 5. Linear Process and Random Algebra (Maths): DOWNLOAD HERE 6. DSD Encoder, Mux, Demux Homework: DOWNLOAD HERE 7. Control System (September 2, 2024): DOWNLOAD HERE ...
Read more

GATE SYLLABUS FOR ECE

-
🎓 GATE 2025 Syllabus – Electronics & Communication Engineering (EC) Tip: Click 👆 on sections to expand/collapse details for focused study. (Just a visual cue; pure HTML.) 🧮 Section 1: Engineering Mathematics Linear Algebra: Vector space, basis, linear dependence/independence, matrix algebra, eigenvalues & eigenvectors, rank, linear equations. Calculus: Mean value theorems, definite/improper integrals, partial derivatives, maxima/minima, multiple/line/surface/volume integrals, Taylor series. Differential Equations: First/higher-order, Cauchy’s & Euler’s equations, variation of parameters, partial DEs, initial/boundary value problems. Vector Analysis: Plane/space vectors, gradient, divergence, curl, Gauss, Green, Stokes’ theorems. Complex Analysis: Analytic functions, Cauchy theorems/formula, convergence, Taylor/Laurent/residue theorems. Probability &...
Read more

okumara hata model

-
Image
% OKUMURA HATA MODEL clc; close all; clear all; hte = 30:1:100; hre = input('Enter the receiver antenna height 3m<hre<10m: '); d = input('Enter the distance from base station 1km<d<100km: '); f = input('Enter the frequency 150MHz<f<1920MHz: '); c = 3*10^8; lambda = c / (f*10^6); lf = 10*log10((lambda^2)/((4*pi)^2)); amu = 35; garea = 9; ghte = 20*log10(hte/200); if hre > 3     ghre = 20*log10(hre/3); else     ghre = 10*log10(hre/3); end l50 = lf + amu - ghte - ghre - garea; disp('Propagation path loss is:'); disp(l50); figure; plot(hte, l50, 'Linewidth', 1.5); title('Okumura model analysis'); xlabel('transmitter antenna height (m)'); ylabel('propagation path loss (dB) at set d'); grid on;
Read more