Module_02_Summary_Report

2

Repeat Problem 3 for the circuit of Figure d.

Determine the voltage V1 in Volts for the following circuit with component values ISRC = 1.5 mA, VSRC = 7 V, R1 = 2.2 kQ, R2 = 3.4 k2, and R3 = 1.0 kQ. 11 Vsrc Isrc + V1 + R1 m R2 R3 m 12 13

Determine the voltage V1 in Volts for the following circuit with component values ISRC = 1.6 mA, VSRC = 6 V, R1 = 2.3 k2, R2 = 3.5 kQ, and R3 = 1.3 kQ. Vsrc + R1 w R2 w Isrc V1 + R3 www 11 12 4 13

how to build this circuit on a breadboard? Please show it with images.

Consider four resistors in parallel connection: R1 = 3520.45 Q, R2 = 33.09 Q, R3 = 1484.22 Q and R4 = 11.83 Q. What is the equivalent resistance? R2 R3 R RT O 11.24 O 7.78 19.88 O 8.64 O 6.91

Explain this diagram for a dummy

Refer to Figure D. Determine the total current of the entire circuit. a. 1.0 A b. 0.5 A c.   0.2 A d. 0.8 A

What is the load current for the circuit shown in the figure? Please choose one: a. 9.0 mA b. 7.5 mA c. 3.0 mA D. 6.0 mA

This topic is about Voltage and Current Divider Rule, now you have to interpret the table..

Two resistors in series draws 5A from a 30-V dc source. If the value of the second resistor is doubled, the current drops to 3A. Determine the total current when connected in parallel to a 24-V dc source.

An unbonded strain gauge shown in figure 1 is used to measure pressure. As the pressure is applied to the diaphragm, the upper strain wires R1 and R3 are stretched and the resistance in each wire increase by AR while R2 and R4 are compressed with their resistance decreased by the same amount AR. The four strain gauges are connected into a bridge circuit with an excitation voltage of Vpc of 5 volts as shown in figure 2 below. Strain Gauge R1 R3 R2 R4 R1 R2 Vdc Va Signal Conditioning Voltage Output Circuit Vb Force Rod R4 R3 Figure 1 Figure 2 Diaphragm 1. Show that the output of the bridge, Vpa = (AR/R ) Vdc where R is the initial resistance of each wire. (Hint : Let R1=R3 = R + AR, R2=R4= R- AR and use voltage divider rule to solve for Vpa = Vb -Va) 2. If the maximum stress gauge wire is limited to 300MPA and the Elastic modulus of the material is 210GPA, calculate the range of voltage output from the bridge. Assume the strain gauges have a gauge factor of 2.0. 3. If the initial…

Please answer the "required" portion. Show full solutions with brief explanation.   Required: - total resistance in the picture - type of circuit (either parallel-series or series-parallel) between terminals                  - AC                 - BC

Determine the total circuit resistance and current.

Determine the approximate value *

Predict from the following circuit that parameter does not vary if voltage or current changes. a. Bilateral Circuit O b. Unilateral Circuit O c. Non-Linear Circuit O d. Linear Circuit

Determine I, V1, V2, and V, for the series de configuration + V, R, E, = 10 VoMm 4.7 ka Si R222 k2 v: E, =-5 V

BASIC ELECTRICAL ENGINEERING (UPVOTE WILL BE GIVEN. PLEASE WRITE THE COMPLETE SOLUTIONS LEGIBLY. NO LONG EXPLANATION NEEDED. BOX THE FINAL ANSWER. ANSWER IN 4 DECIMAL PLACES.

It is a Basics electrical subject. Please show the complete and correct ans.

3. Two batteries are connected in parallel to feed a 50-ohm load. Battery A has open circuit emf of 10 V and internal resistance of 1.5 ohms. Battery B has an open circuit emf of 15 V and an internal resistance of 2.1 ohms. What is the load current?

Explain what electronic components are in this circuit. How are they connected? What signals are measured and why? VDD VDD Vdd 3.3 NTC VDD www R1 1.37k R3 1.02k R2 1.02k (Vin VDD R4 1.5k ww U1 TLV9002 Vout

Q-1. Analyze the circuit in Figure 1 to find its output. Q2 T Q T Q T Q Clock Q Figure I

Write down Kirchoff's loop and junction equations which can be used to analyze the circuit shown. Draw arrows on the circuit that indicate the direction for the current in each branch. 252 15V my 12V The current through the 2 ohm resistor is 4.0 A going from left to right. Find the current in the other branches of the circuit. What is the voltage drop across the 4 ohm resistor? What is the voltage drop across the 3 ohm resistor?

MAKE ONE ORIGINAL WORDED PROBLEM WITH DIAGRAM AND ITS FREE BODY DIAGRAM FOR OHMS IN SERIES CONNECTION NO UPVOTE IF NOT ORIGINAL AND NO DIAGRAMS ONLY UPVOTE IF FOLLOWED INSTRUCTIONS SHOW COMPLETE SOLUTIONS

Good afternoon, please help me with this question When the supplying voltage E is 5V, and all the resistors are 3 Ohm, find the followings please answer all subpart in typing format (1) What is the equivalent resistor value R234 that combines the parallel resistors R2 and R34? (2) What is the equivalent resistor value R12345 that combines R1, R5 and R234? (3) How much current will flow on R1? (4) What will be the voltage measured over R5?

Determine all the resistor values in figure below. R₁ = 77392. Vs 15.53 mA R₁ 3.64 mA R₂ HI₁ 6.67 mA R3 www R₁ 3.08 mA

Consider Figure 70. Solve for Vo. Use the following values: R1=Rf=100 kohms, R2=R3-17 kohms, V₁= 0.8V and V₂=2.7V. Vo= volts Rf R1 R2 Figure 70. + R3

Explain this diagram for dummy

Two resistors RA and RB are connected in series across a 120-V source. When a 30,000-ohm voltmeter is connected across RA and then across RB, the instrument deflection is 48 volts in each case. What are the ohmic values of the resistors?

Q2 Please respond to question in attached image.  Thank you.