Week 3 Assignment Gough

If resistance is 20 ohm. and inductance is 27 henry in a R-L series circuit, then time constant of this circuit will be (a) 0.001 s (b) 1.3 s (c) 10 s (d) 100 s

Solve the following using seris or parallel techniques. What type of circuit is show below?

WRITE LEGIBLY AND COMPLETE WORK WITH DRAWINGS. LABEL PROPERLY. NO SHROTCUT.  SKIP IF YOU ALREADY DID THIS OR ELSE DOWNVOTE

Please answer the questions based on the figure!

A JFET with IDSS= 8.99 mA and VGSoff=-5V. The drain current when VGS=-2.48 V is ___   Round your answer to 2 decimal places.

What is the equivalent resitance in Node DE?

A current source with parallel resistance can be converted into a voltage source with ---- resistance. series parallel series or parallel O no

What are the expected voltages at points C and D of this circuit? 10 0 10 0 12 V 12 V O 12 V and 12 V 2V and 0 V 10 V and 2 V 6 V and 0 V

Assume that RL = 1K Ohm in the loaded voltage divider shown below. Calculate the output voltage across the load resistor from point B to point C using the loaded voltage divider equation. A R1 2k Ohm .9 V R2 RL 1k Ohm 1.8 V 2 V 8V 7.2 V

Maximum power is delivered to the load when load resistance is equal to open circuit resistance current O Ground resistance Rth

A RL series has two resistors and two inductors. The Z of the circuit is 1000 ohms. The XL of the inductors is 220 ohms and 470 ohms. one of the resistors has a resistance of 300 ohms. What is the resistance of the other resistor?

53. Find RT in Figure 5-87. ➤FIGURE 5-87 R₂ 12 V www = 5,6 ΜΩ R₁ = 4.8 V Ry www P = 21.5 μW

Write your complete solution.

A JFET with IDSS= 7.19 mA and VGSoff=-5V. The drain current when VGS=-3.25 V is Round your answer to 2 decimal places. Add your answer

Calculate the voltage and current values listed for each of the following series and parallelcircuits.

complete solution. Fix yourcalculator in four decimal places and show your final answers in FOUR DECIMAL places

Example # 1 When the system shown in Figure 5-56(a) is subjected to a unit-step input, the system output responds as shown in Figure 5-56(b). Determine the values of K and T from the response curve. Ris) Ts +1) (a) 0254 (b)

Identify parallel and series combinations in this circ

I want the answer of part b

Some solar modules are connected together to form a solar array producing a total voltage of 9V and a current of 1.5A. If each solar module produces 4.5V and 0.5A then what must be the correct arrangement in that array? Connect 2 solar modules in series with 2 strings in parallel Connect 2 solar modules in series with 3 strings in parallel Connect 3 solar modules in series with 3 strings in parallel Connect 3 solar modules in series with 2 strings in parallel

Three resistance 52 each are connected in star- Values of equivalent delta resistances are (a) 1.5 Q each (c) 5/3 2 each (b) 2.5 2 each (d) 15 2 each

Electrical engineering

what do each circuit does? + IN ZOUT + IN #4 + OUT

i want the discussion for this circuit

5.1 Series Circuits 1. The voltmeters of Figure 5-55 have autopolarity. Determine the reading of each meter, giving the correct magnitude and sign. I= 3 A O I=2 A (a) R = 100 300m V n OF 10 FIGURE 5-55 2. The voltmeters of Figure 5-56 have autopolarity. Determine the reading of each meter, giving the correct magnitude and sign. 300mV I= 6 A (a) R = 360 OFF (b) R=150 I=4 A 7 OFF (b) R=40 TO

I need help because this is confusing me.

In parallel circuit, the current is   Group of answer choices A Less powerful B Unequal C Equal D More powerful

Find Zab in the four-way power divider circuit in Figure P6 Assume each element is 152. a شه bo 1 w m Figure P6 ستكس 1 m 1 i Im i

When two resistors RA and Rg are connected in series, the total resistance is 360. when connected in parallel, the total resistance is 50. What is the ratio of Ra to RB? (Assume RA < RB).