Find H at the center C of an equilateral triangular loop of side 4 m carrying 5 A of current as in Figure 1 60⁰ 5 A 60° Figure 1:

2. The gm of the source follower transistor is 2mV/V and ro = 20 kQ. The source resistance is 10ka and the output load resistance is 20k. The MOS transistor has Ces = 20FF, Cgd = 10fF, gmb = 0.2 gm and the total output C = 15fF. Find AM, fr, fz, fpi, fp2 and fads.

Typing solution please   I will like it please ASAP Please

Explain this diagram

E = = 50 V Z60° Load 1 Load 2 50 VAR (L) 100 W 100 VAR (L) 200 W Load 3 200 VAR (C) OW Load 4 400 VAR (C) 50 W

4. + VLO R+jx show that as R Changes from zero to infinity the tip of I traces a Circle. Whatare the Center and radius of this Circle? your answer must be interns of V and R. 0

Find Req . Using wye-delta Transformation . The answer is .( Req= 28.5 ) I know the answer but please make the steps clear and the diagrams clear . Thank u   Please answer in typing format please ASAP for

Imagine you have charges arranged to sit at the corners of 6 equilateral triangles. Three charges form one triangle. However, the charges differ in their magnitudes and in their signs. B A -2g -19 +24 -14 +1q F E D -19 -l4 -34 +24 +1q -6q +1q +3q Rank the triangular arrangements from their greatest to lowest configuration energy.

Can you solve 48 please using mesh analysis with supermesh