In a two loop circuit, procedure 2, if R4 has a resistance of 2.87 k has a curre

Question

In a two loop circuit, procedure 2, if R4 has a resistance of 2.87 k has a current of 0.831 mA directed towards F, how much current (in mA) is expected to flow in resistor R2 if its resistance is 1.24 k? Express your answer in units of mA and to 3 significant figures

Kirchhoff's loop rule is equivalent to:

a.Conservation of Linear Momentum

b.Coulomb's Law

c.Conservation of Energy

d.Conservation of Angular Momentum

e.The Work-Energy Theorem

f.Conservation of Charge

Kirchhoff's junction rule is equivalent to:

a.The Work-Energy Theorem

b.Conservation of Energy

Coulomb's Law

d.Conservation of Linear Momentum

e.Conservation of Angular Momentum

f.Conservation of Charge

a.Conservation of Linear Momentum

b.Coulomb's Law

c.Conservation of Energy

d.Conservation of Angular Momentum

e.The Work-Energy Theorem

f.Conservation of Charge

Kirchhoff's junction rule is equivalent to:

a.The Work-Energy Theorem

b.Conservation of Energy

c.

Coulomb's Law

d.Conservation of Linear Momentum

e.Conservation of Angular Momentum

f.Conservation of Charge

Explanation / Answer

Circuit diagram is absent

Kirchhoff's loop rule is equivalent to:conservation of energy

Kirchoff'kirchhoff's junction rule is equivalent to conservation of charge

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