Solve the following circwit (find nodel 5V Voltoyrs 2MA and brench 3h 24 currents) 5V 1V 3V www
Q: Answer 1-3. Answer with VERY BRIEF explanation only.
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Q: A circuit has a battory with an oloctromotivo force of 10.0 V and a negligible intornal resistance…
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Q: Find the value of R Conductor and it uncertainty if V= 4.2+- 0.1v I=0.38+- 0.05A
A: Given, V=4.2±0.1 VI=0.38±0.05 A From Ohm's Law, V=IR where, V→Voltage I→Current R→Resistance
Q: The power P=Fv , if v in the same direction. True or false
A: Explanation: When the force on the body and its velocity is in the same direction, the power can be…
Q: 3- From the below graph, shown to you, Find Is, la, s 1 3 2. 12V 100 40 loop 20V
A: The problem is based on the concept of KVL and KCL. These two rules are commonly known as…
Q: A Hall probe calibrated to read 1.00 µV when placed in a 1.55 T field is placed in a 0.158 T field.…
A: If the diameter and velocity are held constants, the Hall voltage becomes directly proportional to…
Q: How many 75W lightbulbs can be used simultaneously on a 120V circuit without blowing a 15A fuse?
A: Given, Power, P=75W Voltage, V=120V Current, P=VII=PVI=75120I=0.625A Let the N number of bulbs…
Q: 3.30P) Determine the B field on the axis of a circular cylinderical shell. The cylinder has a Radius…
A: Given: In a cylindrical shell, Radius→b Length → L Surface current density, j→=Jmsφ^
Q: In the jollowing citanit, what i9 the maquetuda magaituade the current in the 20-e resisto r…
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Q: A Hall probe calibrated to read 2.10 µV when placed in a 2.50 T field is placed in a 0.160 T field.…
A: Data Given , Initial hall voltage ( ℰ1 ) = 2.10 µV. = 2.10 × 10-6 V Initial…
Q: 3.30P) Determine the B field on the axis of a circular cylinderical shell. The cylinder has a Radius…
A: The cylinder has a radius b, length L and surface current density J→ = Jmsϕ^. So uniformly…
Q: slaf, the resulting Navelengh sto do turee Componer
A: The Zeeman effect is given as, v=Be4πm Here, B= 2T.
Q: If three celss of 1V,1.5V,2V are connected in parallel,then total emf will be
A: Given 3 cells having voltage 1V, 1.5V and 2V are connected in parallel.
Q: . 28.37 A closed curve encircles several conductors. The line integral B. di around this curve is…
A: Given: ∮B→.dl→=3.83×10-4T·m To calculate Current (I)
Q: V2 = R2 = mA V3 = 6 V R3 =10 O Iz= V, = 2 V R- 10 h= 10 mA mA lo = 100 mA CON
A: Given:
Q: Calculate the yalue of resgtance needed to convent a moving coil galvanometer of 602 into an ,…
A: To Find: Resistance (R) Given: Resistance of galvanometer (G) = 60 ohm Maximum current which can…
Q: The magnitude of the freld produced by determined by eleetnc current can be an Osing.
A: To answer: How the magnitude of the field generated by the electric current is measured?
Q: A coll of resistange 5 ohm & self induclance 0.2.H. is connected in seices with a vaciable capacitor…
A: We need to compute-(i) capacitance at resonance C=?(ii) Value of current at resonance i=?The data…
Q: of Which is ned over the edge op clf E mass Which Is 20om hiak * pashecd high. skg is 200m dgnore…
A: (a) The problem will be solved using the principle of conservation of energy. The potential…
Q: A capacitor having a capacitance of 40 uF is connected across 250 V DC source. The charging current…
A: Charging current will drop to zero when-(c) capacitor is fully charged. It is because when capacitor…
Q: dir to I个
A: The direction of Current is in upward direction. .
Q: fieldvelocity where field steady? Determine the velocity A is given by Va ayi thxj tck a= 2 sei, b=I…
A: A steady field has a value that varies from point to point in space but does not change over time.…
Q: A 240V electric clothes dryer has a resistance of 100. How much charge (in Coulombs) passes through…
A: Given that,Voltage : V = 240 (V)Resistance : R = 10 (Ohm)Here we need to find the charge passes…
Q: galvanometer cauies a maximum cuent of 15 mA when a voltage of 0.75 nolt is applied to it. Convel…
A: To find-(1) The value of resistance (R)=?(2) The value of shunt (S)=?Given-lg=15 mA=15×10-3 AVg=0.75…
Q: A current wire of length 67 cm placed in a magnetic field of 0.34 T such that it makes an angle 42°…
A: Length of wire l=67cm Magnetic field= 0.34T Force on wire = 2.04 N Theta=42°
Q: Determine Vo.
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Q: What is the magnetic induction at appoint 6m from a North pole of strength 150 amp-meters?
A: Recall B=magnetic field due to monopole=μ04π×md2
Q: Define the specific electric loading and magnetic loading.
A: The specific magnetic loading is defined as the total flux per unit area over the surface of the…
Q: How many kilowatts of power are delivered to a circuit by a 240V generator that supplies 20A to the…
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Q: An electric bulb is connected with the generator of 220V. The current flow in bulb. is 0.50A.…
A: Given: Voltage (V) = 220 volt Current (I) = 0.50 A
Q: A wire l'es i olamy in X-axis with current 7=-45A& %3D of Tlere is a Zind the force this wire…
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Q: so. if its 1.9N and 3200 gs how would i do that?
A: The acceleration of a mass m when a force F is acting on it, is given by, a = F/m
Q: 02: For Q-200MC 4.3,1) Find: Q
A: The magnitude of charge-Q is given as, Q=200 μC (or) Q=200×10-6 C. The position of charge-Q is given…
Q: 3. Find Vx, Vy and V, in the following circuit. 15V 30V 10V Vx 60V VE Vy 10V
A: The problem is based upon the series and parallel combination of batteries. Taking the conventional…
Q: Suppose a static charge of 0.21 µC moves from your finger to a metal doorknob in 1.25 m nedu What is…
A: Given Data : Charge, Q = 0.21 microC = 0.21×10-6 C Time taken, t = 1.25m = 1.25×60sec= 75sec To…
Q: In Fig. the top wire is 1.00-mm-diameter copper wireand is suspended in air due to the two magnetic…
A: Density of copper is , ρ=8920 kg/m3 Let consider, 1 meter of wire each so that the mass of the upper…
Q: At a place angle of dip is 30°. If horizontal component of earth's magnetic field is H , then the…
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Q: The soheuical conduclor K radiug 6 cm is suuounded by medium of f dielectric conutant e $f same…
A: Given, radius R = 6 cm = 6 × 10-2 m dielectric constant ϵr = 2 Now, the capacitance of a…
Q: Use the following constants if necessary. Coulomb constant, k = 8.987 x 10 N - m?C? Vacuum…
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Q: The figure shows the of a long cross -section Conductive the inner radius of the s hell 1s r1 and…
A: (a)Magnetic field in the regionrο<r<r1 (b) magnetic field in the region r>r2. Given, Inner…
Q: σ₁ 0₂ A hemispherical grounding electrode of radius a = 1 m is buried into the earth as shown in the…
A: Given, The conductivities, σ1=2×10-3S/mσ2=8×10-3S/m The current, I=50A a. Radius of the…
Q: Use nodal analysis to obtain u, in the circuit in Fig- 3.55.
A: Let us name the given resistors and voltage sourcesR1 = 4 ΩR2 = 6 ΩR3 = 2 ΩV1 = 12 VV2 = 10…
Q: Each Resistance dn Carry And Gotal Resstance of the 22 22 circuit. 22
A: Part (5): Given: The resistance of each resistor is 2 Ohm.
Q: 3. Find the total inductance Lab for the given network below. 6 mH ao m 8 mH bo m 10 mH 8 mH m 5 mH…
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