Quiz Electronics Engineering
Each Question carries 1 Mark
Negative Marking: 1/4
Time: 10 Minutes
Q1. A Process Control Block(PCB) does not contain which of the following?
(c) Bootstrap program
Q2. What is the best case complexity in building a heap?
(c) O(n*logn *logn)
Q3. Which one of the following model is not suitable for accommodating any change?
(a) Build & Fix Model
(b) Prototyping Model
(c) Waterfall Model
(d) RAD Model
Q4. ___________ is the most general phase structured grammar.
(b) Context sensitive
(c) Context free
(d) All of these
Q5. For a memory system, the cycle time is
(a) same as the access time
(b) longer than the access time
(c) shorter than the access time
(d) multiple of the access time
Q6. A full binary tree can be generated using ______
(d) post-order & pre-order
Q7. The part of machine level instruction, which tells the central processor what has to be done, is
(a) Operation code
Q8. The process of converting the analog sample into discrete form is called
Q9. What is an advantage of MOS transistor structure in integrated circuits?
(a) Faster switching
(b) less capacitance
(c) lower resistance.
(d) higher component density and lower cost.
Q10. What is the reciprocal of reactance?
(d) None of these
Sol. PCB contains the information of the process related to it. It has information related to –
List of Open files
Sol. The best case time complexity of create and Build Heapify algorithm is O(n).
Sol. Waterfall Model provides sequential flow of any operation so in reality these procedure is not followed. It is not suitable for providing any change.
Sol. Access Time tells about the time taken by the processor to respond to any read or write request but cycle time is the minimum time period between two successive requests. So, The cycle time is longer than the access time.
Sol. Every node in a full binary tree has either 0 or 2 children. We can generate a full binary tree using post-order and pre-order traversals.
Sol. Operation Code also called as ‘Opcode’ carries instruction for performing any operation. Central Processor fetches the opcode and execute that instruction.
Sol. Sampling converts a continuous time-varying signal into a discrete-time signal with real numbers. Quantization is representing the sampled values of the amplitude by a finite set of values. Quantization converts a continuous-amplitude sample into a digital signal i.e. discrete form.
Sol. Capacitor and Inductor shows the reactance property. It shows the opposing effect on current direction. Susceptance with reciprocal property in comparison with reactance, it allows the current to flow in the same direction without opposing the current direction.