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B. Review their work. In the context of a Team Increment, every Iteration each team plans, builds, tests, integrates, and
B. Review their work.
In the context of a Team Increment, every Iteration each team plans, builds, tests, integrates, and
See lessC. So a realistic work scope can be defined.
A. The Agile Team.
A. The Agile Team.
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Which of the following elements is a semiconductor?
Answer: A. C The following element C is a semiconductor.
Answer: A. C
See lessThe following element C is a semiconductor.
In full wave rectifier, ripple frequency will be
Answer: D. 100 Hz In full wave rectifier, ripple frequency will be 100 Hz.
Answer: D. 100 Hz
See lessIn full wave rectifier, ripple frequency will be 100 Hz.
In semiconductor diode, depletion layer is formed
Answer: C. At the p-n junction In semiconductor diode, depletion layer is formed at the p-n junction.
Answer: C. At the p-n junction
See lessIn semiconductor diode, depletion layer is formed at the p-n junction.
On increasing the reverse bias to a large value in p-n junction, the diode current
Answer: D. Suddenly increases On increasing the reverse bias to a large value in p-n junction, the diode current suddenly increases.
Answer: D. Suddenly increases
See lessOn increasing the reverse bias to a large value in p-n junction, the diode current suddenly increases.
In current conduction through N-type semiconductor
Answer: D. Electrons flow inside as well as outside In current conduction through N-type semiconductor electrons flow inside as well as outside.
Answer: D. Electrons flow inside as well as outside
See lessIn current conduction through N-type semiconductor electrons flow inside as well as outside.
With reverse bias, current is due to
Answer: A. Minority carriers only With reverse bias, current is due to minority carriers only.
Answer: A. Minority carriers only
See lessWith reverse bias, current is due to minority carriers only.
In a transistor, the most doped section is
Answer: A. Emittor In a transistor, the most doped section is emittor.
Answer: A. Emittor
See lessIn a transistor, the most doped section is emittor.