I put more pictures just in case something would be missing but it’s only for circuit 1 Please help me. I need to demonstratecalculations for only circuit #1 for thesequestions aboveCalculate R(1total) using Ohm's law (Rtot=E/l)Calculate the equivalent resistance (Requ)between points X and YCheck the Kirchoff voltage law. If there is morethan one mesh, check at least two of the threemeshesCheck the law of knots at point A of circuit #3and #4Thank you so muchV.(V)R(0)L(mA) 1(mA)3.05V.(V)3.043.0033.05.0 150010003423415.14V.(V)R. (0) R.(0)L(mA) mA) (mA) V.(V) v(V)V:(V)3493.503.52035137.010001000331331 664 253.3253.3210.0200010003V(V)R (0) R (0)1(mA) 1(mA) (mA) V(V) V:(V)4995.0210.035.015.025.01000100015.72523 10.45 10.4910.4510.020001000R, (0) 1(mA) 1(mA) L(mA) V.(V) V:(V) v. (V)13.2014V.(V)R (0)R(0)17.6667 6614.43155001500500Circut1Circut 2Circuit #3 Circuit # 4auy noints X-Y pour toKirchhoffmesheslawCircuit #1RotalRequMesh 1Try 1Mesh 1 =Try 2Mesh 1=KirchhoffmesheslawMesh 1Circuit #2RtalReguTry 1Mesh 1=Try 2Mesh 1=KirchhoffLaw of nodescurrentcoming out of Law of nodesKirchhoffKirchhoffmesheslawMesh 2KirchhoffLaw of knotscurrententering AmeshesKirchhofflawMesh 1Circuit #3RotalRequdifferenceTry 1Mesh 1=Mesh 2 =Try 2Mesh 1=Mesh 2 =KirchhoffLaw of nodesKirchhoff KirchhoffmesheslawMesh 1KirchhoffLaw of knotscurrententering AmeshesKirchhofflawMesh 2currentcoming out of Law of nodesACircuit #4RoRegudifferenceTry 1Mesh 1 =Mesh 2 =

Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…

Answered: only for circuit 1

Similar questions

Tina the ballarina has this RC circuit she made for school help her figure out the following a. What is the time constant for the RC circuit? b. After how long does the capacitor become 80% charged? c. How much current flows in the R3 resistor at this time? + S I R₁ R₂ C R3 www.h R₁=100 kn R₁-200 kn R₂=300kn C=5.00 μF {=9.00V THE CAPACITOR IS INNITIALY CHARGED WHEN THE SWITCH IS CLOSED
PLEASE ANSWER ALL OF THIS QUESTION ASAP!!
explain in detail pls
R2 In the circuit shown above, the battery supplies a constant voltage V when the switch S is closed. The value of the capacitance is C, and the value of the resistances are R, and R2. 22 imunediately after the switch is closed, the current supplied by the battery is C) V/R; A) V/(R + R) B) V/R¡ D) V(R, + R2)/R ,R2 E) zero 23 A long tume after the switch has been closed, the current supplied by the batery is C) V/R; A) V/(R; + R;) B) V/R¡ D) V(R¡ + R2)/R¡R2 E) zero
I need the answer as soon as possible
41 Physics
A 13 Volt battery was connected across point A and B as in FIGURE 1. GIVEN: R₁-38, R2-10, R3-10, R4-49, R5-280, R6-320 A Physics' student able to simplify the original circuit into its equivalent circuit as in FIGURE 2. Find the current passing through Rx Figure 1 R₂ A B R₁ ≤ Figure 2 A B- R33 R₁ R₁ R5 www R6 ww M Rx
15. Please consider the following circuit (Yay! Last question of this set!). RA RB Rc ŽRD 12 V, RA = 5 2, RB = 3 2, Rc =1 2, and Rp = 3 Q. The switch is open. E = a) What is the battery current? (include units) b) What is the difference in electric potential between points a and b? (include units) c) The switch is closed. What is the battery current? (include units) d) The switch is closed. What is the difference in electric potential between points a and b? (include units)
n=21m=8thanks in advance
Consider the following circuit. Find the value of V.. Provide your answer in volts 12V 2 +1 www 1 ΚΩ ww 2 ΚΩ + www 51 ΚΩ Vo ΤΟ
Find the unknown quantities, 'T and 'R' in the circuit shown if V = 100 volts and VR = 30 %3D volts. + Vr - 20 N I R V | = R = %3D
10. In the circuit shown, if R₁ = 1.00, R₂ = 20 02, and R3 = 300 0, what is the current, I, flowing back to the battery? V= 12 V R₁ WWW ~ WWW- R3

SEE MORE QUESTIONS