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(10.3) What is the current and voltage at each resistor for the circuit below? (Answer: I₁ = 0.250A,V₁ = 6.243V, I₂ = 0.

Posted: Sun Jul 10, 2022 3:39 pm
by answerhappygod
10 3 What Is The Current And Voltage At Each Resistor For The Circuit Below Answer I 0 250a V 6 243v I 0 1
10 3 What Is The Current And Voltage At Each Resistor For The Circuit Below Answer I 0 250a V 6 243v I 0 1 (85.89 KiB) Viewed 43 times
10 3 What Is The Current And Voltage At Each Resistor For The Circuit Below Answer I 0 250a V 6 243v I 0 2
10 3 What Is The Current And Voltage At Each Resistor For The Circuit Below Answer I 0 250a V 6 243v I 0 2 (81.06 KiB) Viewed 43 times
(10.3) What is the current and voltage at each resistor for the circuit below? (Answer: I₁ = 0.250A,V₁ = 6.243V, I₂ = 0.250A,V₂ = 6.243V, I3 0.0595 A,V4 = 8.919V, I5 = 0.0595A,V5 = 0.595V) ww R1 25 Ω V1 12 V R4 150 22 ww R3 50 Ω V2 10 V ww + ww R2 25 02 R5 10 Q2 0.190A, V3 = 9.514V, I4 =
(11.2-11.3) A charged particle with mass m = 10.0g and charge q = 2.5C has a velocity of 100 i m/s. (a) The particle enters a uniform magnetic field given by B = 5×10-³ÊT. What is the force felt by the particle? (b) If instead the magnetic field is given by B = 3 × 10-³ +3 × 10−³ĵ+3 × 10-³ T, what is the force felt by the particle? (c) In the case of (b), the particle would experience helical motion- what is the pitch of the helix? (Answers: (a) -1.25 ĝ N, (b) -0.75ĵ+0.75k N, (c) 279.3 m)
(12.1) Using the Biot-Savart Law, find the magnetic field at the center of the following loop. (hint, both a sides contribute equally, as do both b sides. May want to integrate from -a/2 to a/2 (similar for b). 2μolab Will need to know f dx (x²+C²)3/2 into the page) 4π √/a²/4+6²/4 X C²√²+² (Answer: a . C 1 b