Question: 83 Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find v1t + v2t +

8–3 Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find v1ðtÞ + v2ðtÞ + v3ðtÞ.

(a) v1ðtÞ = 100 cosðωt − 45ÞV

(b) v2ðtÞ= 100 cosðωt + 75ÞV

(c) v3ðtÞ = 100 cosðωt + 195ÞV

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Systems Analysis And Design Questions!

Q:

81 Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find v1t + v2t. (a) v1t = 100 cost45 V (b) v2t = 200 cost + 135 V

Q:

Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find v1(t)v2(t). (a) v1(t)50 cos(vt 30)V (b) v2(t)200 cos(vt150)V

Q:

Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find \(v_{1}(t)+v_{2}(t)+v_{3}(t)\). (a) \(v_{1}(t)=480 \cos \left(\omega...

Q:

Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find \(v_{1}(t)+v_{2}(t)\). (a) \(v_{1}(t)=240 \cos (\omega t+43) \mathrm{V}\)...

Q:

Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find i1(t)i2(t). (a) i1(t)4 sin(vt) A (b) i2(t)3 cos(vt26.6) A

Q:

Transform the following sinusoids into phasor form and draw a phasor diagram. Use the additive property of phasors to find \(i_{1}(t)+i_{2}(t)\). (a) \(i_{1}(t)=-10 \sin (\omega t) \mathrm{mA}\) (b)...

Q:

89 If the derivative property of phasors is multiplication of the phasor by j, the integral property of phasors is division of the phasor by j. Use phasors and these properties to find the sinusoids...

Q:

Transform the following sinusoids to phasors: (a) 20 cos(4t + 135) (b) 8 sin(20t + 30) (c) 20 cos (2t) + 15 sin (2t)

Q:

Transform the following sinusoids to phasors: (a) -10 cos (4t + 75o) (b) 5 sin(20t - 10o) (c) 4 cos2t + 3 sin 2t

Q:

Q 4 . Transform the following sinusoids to phasors: ( a ) 2 0 cos ( 4 t + 1 3 5 ) ( b ) 8 sin ( 2 0 t + 3 0 ) ( c ) 2 0 cos ( 2 t ) + 1 5 sin ( 2 t )

Q:

If V1 = 4 V1 0.25 0 ww -jo.25 n: 6/0 A

Q:

In Example 5.6.10, we considered the effect of continuous compounding of interest. Suppose that S0 dollars earn a rate of r per year compounded continuously for u years. Prove that the principal plus...

Q:

first generation computers used ( blank ) to store data.

Q:

Let f(x) = xe x if x 0 and f(x) = 0 if x

Q:

RC Circuit Design Design the first-order RC circuit in Figure P779 so an input vS(t) 15 u(t) V produces a zero-state response vO(t) 15 5e1000t V. Validate your design using MATLAB or OrCAD. vs(t)...

Q:

First-order OP AMP Circuit Step Response Find the zero-state response of the OPAMP output voltage in Figure P777 when the input is vS(t) VAu(t) V. R C R2 ww w + vs(t) vo(t) FIGURE P7-77

Q:

A particular parallel RLC circuit has the step response observed on an oscilloscope and shown in Figure P776. Four points on the waveform were measured and are shown. Determine the circuits initial...

Q:

These are selected account balances on December 31, 2022. Land $150500 Land (held for future use) 226500 Buildings 1135000 Inventory 213000 Equipment 677000 Furniture 153000 Accumulated Depreciation...

Q:

When an individual's taxable income tax rate is less than $39,475, the tax rate on qualified dividends is: Multiple Choice 5%. 10%. 15%. 0%

Q:

23 25 points On January 1, 2021, the Mason Manufacturing Company began construction of a building to be used as its office headquarters. The building was completed on September 30, 2022. Expenditures...