Calculate the magnitude of the current flowing through R₆ (in mA).
2. Calculate the magnitude of the voltage drop through R₆ (in V).

A DC circuit is given in the figure below in which the battery emf $ε = 14.9 V$ , and the resistors are known to have the following resistances: $R_{1} = 174Ω, R_{2} = 756Ω, R_{3} = 296Ω, R_{4} = 307Ω, R_{5} = 667Ω$ , and $R_{6} = 482Ω$ .

Question

2. Calculate the magnitude of the voltage drop through R₆ (in V).

A DC circuit is given in the figure below in which the battery emf

ε = 14.9 V

, and the resistors are known to have the following resistances:

R_{1} = 174Ω, R_{2} = 756Ω, R_{3} = 296Ω, R_{4} = 307Ω, R_{5} = 667Ω

, and

R_{6} = 482Ω

.

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