10) The coils in Fig (4) have L1 -0.12 -110, and coupling coefficient k = 0.6. given that vt = 10 cost and i2(1) - 2 sin

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10) The coils in Fig (4) have L1 -0.12 -110, and coupling coefficient k = 0.6. given that vt = 10 cost and i2(1) - 2 sin

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10 The Coils In Fig 4 Have L1 0 12 110 And Coupling Coefficient K 0 6 Given That Vt 10 Cost And I2 1 2 Sin 1
10 The Coils In Fig 4 Have L1 0 12 110 And Coupling Coefficient K 0 6 Given That Vt 10 Cost And I2 1 2 Sin 1 (24.33 KiB) Viewed 60 times
10 The Coils In Fig 4 Have L1 0 12 110 And Coupling Coefficient K 0 6 Given That Vt 10 Cost And I2 1 2 Sin 2
10 The Coils In Fig 4 Have L1 0 12 110 And Coupling Coefficient K 0 6 Given That Vt 10 Cost And I2 1 2 Sin 2 (65.57 KiB) Viewed 60 times
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10) The coils in Fig (4) have L1 -0.12 -110, and coupling coefficient k = 0.6. given that vt = 10 cost and i2(1) - 2 sin et, w 2000 rad/s. ( show calculations) a) The value of it is I value of v2 is
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