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An ohmmeter reads a low resistance when its negative lead is connected to a pnp transistor's base lead, with the meter's pos- itive lead connected to the collector. The transistor junction is then (a) forward biased (c) open An ohmmeter reads an infinite resistance when its positive lead is connected to an npn transistor's base lead, with the me- ter's negative lead connected to the emitter. The trànsistor junction is then (a) forward biased (c) open An ohmmeter reads zero resistance when its negative lead is nootod to on pnn transistor's hase lead with the meter's (b) reverse biased (d) shorted (b) reverse biased (d) shorted

An ohmmeter reads a low resistance when its negative lead is connected to a pnp transistor's base lead, with the meter's pos- itive lead connected to the collector. The transistor junction is then (a) forward biased (c) open An ohmmeter reads an infinite resistance when its positive lead is connected to an npn transistor's base lead, with the me- ter's negative lead connected to the emitter. The trànsistor junction is then (a) forward biased (c) open An ohmmeter reads zero resistance when its negative lead is nootod to on pnn transistor's hase lead with the meter's (b) reverse biased (d) shorted (b) reverse biased (d) shorted

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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1. An ohmmeter reads a low resistance when its negative lead is connected to a pnp transistor's base lead, with the meter's pos- itive lead connected to the collector. The transistor junction is then (a) forward biased (c) open 2. An ohmmeter reads an infinite resistance when its positive lead is connected to an npn transistor's base lead, with the me- ter's negative lead connected to the emitter. The trànsistor junction is then (a) forward biased (c) open 3. An ohmmeter reads zero resistance when its negative lead is connected to an npn transistor's base lead, with the meter's positive lead connected to the collector. The transistor junction is then (a) forward biased (с) орen 4. An ohmmeter reads a high resistance when its positive lead is connected to a transistor's base lead, with the meter's negative lead connected to the emitter or the collector leads. The tran- sistor is then (a) forward biased (c) an npn type (b) reverse biased (d) shorted ( ) (b) reverse biased (d) shorted (b) reverse biased (d) shorted ( ) (b) reverse biased (d) a pnp type
Transcribed Image Text:1. An ohmmeter reads a low resistance when its negative lead is connected to a pnp transistor's base lead, with the meter's pos- itive lead connected to the collector. The transistor junction is then (a) forward biased (c) open 2. An ohmmeter reads an infinite resistance when its positive lead is connected to an npn transistor's base lead, with the me- ter's negative lead connected to the emitter. The trànsistor junction is then (a) forward biased (c) open 3. An ohmmeter reads zero resistance when its negative lead is connected to an npn transistor's base lead, with the meter's positive lead connected to the collector. The transistor junction is then (a) forward biased (с) орen 4. An ohmmeter reads a high resistance when its positive lead is connected to a transistor's base lead, with the meter's negative lead connected to the emitter or the collector leads. The tran- sistor is then (a) forward biased (c) an npn type (b) reverse biased (d) shorted ( ) (b) reverse biased (d) shorted (b) reverse biased (d) shorted ( ) (b) reverse biased (d) a pnp type
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