Q. No. 1: (a) Determine the possible flows in the network shown in Figure below. And solve a system of linear equations to find the possible flows. X7 В x1 TA 150 > A D 300 E X2 Q. No. 1: (b) The...

Q. No. 1: (a)<br>Determine the possible flows in the network shown in Figure below. And solve a system of linear<br>equations to find the possible flows.<br>X7<br>В<br>x1<br>TA<br>150<br>> A<br>D<br>300<br>E<br>X2<br>Q. No. 1: (b)<br>The metal plate has the constant temperature shown on its boundaries. Find the equilibrium temperature at<br>each of the indicated interior points by setting up a system of linear equations and obtain a solution by<br>applying either the Gauss elimination or the Gauss Jordan elimination method.<br>40°<br>0°<br>40°<br>t2<br>13<br>0°<br>40°<br>14<br>t5<br>t6<br>0°<br>40°<br>5°<br>5°<br>5°<br>

Extracted text: Q. No. 1: (a) Determine the possible flows in the network shown in Figure below. And solve a system of linear equations to find the possible flows. X7 В x1 TA 150 > A D 300 E X2 Q. No. 1: (b) The metal plate has the constant temperature shown on its boundaries. Find the equilibrium temperature at each of the indicated interior points by setting up a system of linear equations and obtain a solution by applying either the Gauss elimination or the Gauss Jordan elimination method. 40° 0° 40° t2 13 0° 40° 14 t5 t6 0° 40° 5° 5° 5°

Jun 11, 2022

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Q. No. 1: (a) Determine the possible flows in the network shown in Figure below. And solve a system of linear equations to find the possible flows. X7 В x1 TA 150 > A D 300 E X2 Q. No. 1: (b) The...

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