Question

"Base–emitter" and "collector–base" forms of this quantity appear in ratios of this quantity that are exponentiated and then decremented in the Ebers–Moll model. A form of this quantity that equals four-R-k-T-delta-f is caused by thermal agitation in Johnson–Nyquist noise. (0[3])This quantity (0[2])is the left-hand (0[1])side of an (0[1])elementary equation (0[1])whose "microscopic" form states "E equals J (0[1])over (20[2]0[1])sigma." (20[1])A spike in (*) current (10[1])through a diode arises (10[1])upon surpassing the "threshold" (0[1])value (10[1])for (10[1])this (10[1])quantity. (0[3])Values for this (0[1])quantity around a closed loop sum to zero (10[4])in one (10[1])of (10[1])Kirchhoff's (10[3])laws. (10[1]0[2])Electric (0[1])field (10[3])can be expressed as this quantity (0[1])over a given (10[1])distance. For 10 points, (10[1])name this quantity that Ohm's law gives as (10[1])current times resistance. (10[4])■END■ (10[10]0[4])

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