For the network in Fig. 4, determine the value of R, that will result in maximum...

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For the network in Fig. 4, determine the value of R, that will result in maximum power to the load. Using this result, determine the maximum power delivered to the load. Xc = (2+ q + d) 9. E 50 V 20° R www 2 ΚΩ Xc H 2 k R₁. LOAD ell 2 kn Fig. 4 An AC electrical circuit for determining the maximum power. A (250+ a + b) VDC shunt motor runs at 1000xr rpm while drawing a current of (25+c+d) A. Calculate the speed of the motor when the line current is (50+r+ e) A and the field is decreased by (10 + p) % due to the armature reaction. Determine the developed torque in both cases. For computation, assume armature resistance) of (0.2 +0.p) 92 and field resistance of (250+p+q) 92. For the network in Fig. 4, determine the value of R, that will result in maximum power to the load. Using this result, determine the maximum power delivered to the load. Xc = (2+ q + d) 9. E 50 V 20° R www 2 ΚΩ Xc H 2 k R₁. LOAD ell 2 kn Fig. 4 An AC electrical circuit for determining the maximum power. A (250+ a + b) VDC shunt motor runs at 1000xr rpm while drawing a current of (25+c+d) A. Calculate the speed of the motor when the line current is (50+r+ e) A and the field is decreased by (10 + p) % due to the armature reaction. Determine the developed torque in both cases. For computation, assume armature resistance) of (0.2 +0.p) 92 and field resistance of (250+p+q) 92.

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The value of R that will result in maximum power to the load is 2 k This can be found using the maxi... View the full answer