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				This section includes 950 Mcqs, each offering curated multiple-choice questions to sharpen your Computer Science Engineering (CSE) knowledge and support exam preparation. Choose a topic below to get started.
| 651. | 
                                    The contention for the usage of a hardware device is called | 
                            
| A. | structural hazard | 
| B. | stalk | 
| C. | deadlock | 
| D. | none of the mentioned | 
| Answer» B. stalk | |
| 652. | 
                                    The periods of time when the unit is idle is called as | 
                            
| A. | stalls | 
| B. | bubbles | 
| C. | hazards | 
| D. | both stalls and bubbles | 
| Answer» E. | |
| 653. | 
                                    In pipelining the task which requires the least time is performed first. | 
                            
| A. | true | 
| B. | false | 
| Answer» C. | |
| 654. | 
                                    Each stage in pipelining should be completed within                         cycle. | 
                            
| A. | 1 | 
| B. | 2 | 
| C. | 3 | 
| D. | 4 | 
| Answer» B. 2 | |
| 655. | 
                                    To increase the speed of memory access in pipelining, we make use of | 
                            
| A. | modification in processor architecture | 
| B. | clock | 
| C. | special unit | 
| D. | control unit | 
| Answer» C. special unit | |
| 656. | 
                                    In 32 bit representation the scale factor as a range of | 
                            
| A. | -128 to 127 | 
| B. | -256 to 255 | 
| C. | 0 to 255 | 
| D. | none of the mentioned | 
| Answer» B. -256 to 255 | |
| 657. | 
                                    The pipelining process is also called as | 
                            
| A. | superscalar operation | 
| B. | assembly line operation | 
| C. | von neumann cycle | 
| D. | none of the mentioned | 
| Answer» C. von neumann cycle | |
| 658. | 
                                    Â Â Â Â Â Â Â Â Â Â Â Â Â Â have been developed specifically for pipelined systems. | 
                            
| A. | utility software | 
| B. | speed up utilities | 
| C. | optimizing compilers | 
| D. | none of the mentioned | 
| Answer» D. none of the mentioned | |
| 659. | 
                                    In double precision format, the size of the mantissa is | 
                            
| A. | 32 bit | 
| B. | 52 bit | 
| C. | 64 bit | 
| D. | 72 bit | 
| Answer» C. 64 bit | |
| 660. | 
                                    The 32 bit representation of the decimal number is called as | 
                            
| A. | double-precision | 
| B. | single-precision | 
| C. | extended format | 
| D. | none of the mentioned | 
| Answer» C. extended format | |
| 661. | 
                                    The normalized representation of 0.0010110 * 2 9 is | 
                            
| A. | 0 10001000 0010110 | 
| B. | 0 10000101 0110 | 
| C. | 0 10101010 1110 | 
| D. | 0 11110100 11100 | 
| Answer» C. 0 10101010 1110 | |
| 662. | 
                                    The numbers written to the power of 10 in the representation of decimal numbers are called as | 
                            
| A. | height factors | 
| B. | size factors | 
| C. | scale factors | 
| D. | none of the mentioned | 
| Answer» D. none of the mentioned | |
| 663. | 
                                    The sign followed by the string of digits is called as | 
                            
| A. | significant | 
| B. | determinant | 
| C. | mantissa | 
| D. | exponent | 
| Answer» D. exponent | |
| 664. | 
                                    Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â constitute the representation of the floating number. | 
                            
| A. | sign | 
| B. | significant digits | 
| C. | scale factor | 
| D. | all of the mentioned | 
| Answer» E. | |
| 665. | 
                                    If the decimal point is placed to the right of the first significant digit, then the number is called | 
                            
| A. | orthogonal | 
| B. | normalized | 
| C. | determinate | 
| D. | none of the mentioned | 
| Answer» C. determinate | |
| 666. | 
                                    CSA stands for? | 
                            
| A. | computer speed addition | 
| B. | carry save addition | 
| C. | computer service architecture | 
| D. | none of the mentioned | 
| Answer» B. carry save addition | |
| 667. | 
                                    The multiplier -6(11010) is recorded as | 
                            
| A. | 0-1-2 | 
| B. | 0-1+1-10 | 
| C. | -2-10 | 
| D. | none of the mentioned | 
| Answer» B. 0-1+1-10 | |
| 668. | 
                                    The method used to reduce the maximum number of summands by half is | 
                            
| A. | fast multiplication | 
| B. | bit-pair recording | 
| C. | quick multiplication | 
| D. | none of the mentioned | 
| Answer» C. quick multiplication | |
| 669. | 
                                    The decimal numbers represented in the computer are called as floating point numbers, as the decimal point floats through the number. | 
                            
| A. | true | 
| B. | false | 
| Answer» B. false | |
| 670. | 
                                    The multiplicand and the control signals are passed through to the n-bit adder via | 
                            
| A. | mux | 
| B. | demux | 
| C. | encoder | 
| D. | decoder | 
| Answer» B. demux | |
| 671. | 
                                    The               is used to coordinate the operation of the multiplier. | 
                            
| A. | controller | 
| B. | coordinator | 
| C. | control sequencer | 
| D. | none of the mentioned | 
| Answer» D. none of the mentioned | |
| 672. | 
                                    The product of 1101 & 1011 is | 
                            
| A. | 10001111 | 
| B. | 10101010 | 
| C. | 11110000 | 
| D. | 11001100 | 
| Answer» B. 10101010 | |
| 673. | 
                                    The delay reduced to in the carry look ahead adder is | 
                            
| A. | 5 | 
| B. | 8 | 
| C. | 10 | 
| D. | 2n | 
| Answer» B. 8 | |
| 674. | 
                                    A Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â gate is used to detect the occurrence of an overflow. | 
                            
| A. | nand | 
| B. | xor | 
| C. | xnor | 
| D. | and | 
| Answer» C. xnor | |
| 675. | 
                                    The usual implementation of the carry circuit involves | 
                            
| A. | and & or gates | 
| B. | xor | 
| C. | nand | 
| D. | xnor | 
| Answer» C. nand | |
| 676. | 
                                    In full adders the sum circuit is implemented using | 
                            
| A. | and & or gates | 
| B. | nand gate | 
| C. | xor | 
| D. | xnor | 
| Answer» D. xnor | |
| 677. | 
                                    The logic operations are implemented using                 circuits. | 
                            
| A. | bridge | 
| B. | logical | 
| C. | combinatorial | 
| D. | gate | 
| Answer» D. gate | |
| 678. | 
                                    The logic operations are simpler to implement using logic circuits. | 
                            
| A. | true | 
| B. | false | 
| Answer» B. false | |
| 679. | 
                                    The SOF is transmitted every | 
                            
| A. | 1s | 
| B. | 5s | 
| C. | 1ms | 
| D. | 1us | 
| Answer» D. 1us | |
| 680. | 
                                    The data packets can contain data upto | 
                            
| A. | 512 bytes | 
| B. | 256 bytes | 
| C. | 1024 bytes | 
| D. | 2 kb | 
| Answer» D. 2 kb | |
| 681. | 
                                    The            signal is used to indicate the beginning of a new frame. | 
                            
| A. | start | 
| B. | sof | 
| C. | beg | 
| D. | none of the mentioned | 
| Answer» C. beg | |
| 682. | 
                                    The CRC bits are computed based on the values of the | 
                            
| A. | pid | 
| B. | addr | 
| C. | endp | 
| D. | both addr and endp | 
| Answer» E. | |
| 683. | 
                                    The last field in the packet is | 
                            
| A. | pid | 
| B. | addr | 
| C. | endp | 
| D. | crc | 
| Answer» E. | |
| 684. | 
                                    The first field of any packet is | 
                            
| A. | pid | 
| B. | addr | 
| C. | endp | 
| D. | crc16 | 
| Answer» B. addr | |
| 685. | 
                                    The type/s of packets sent by the USB is/are | 
                            
| A. | data | 
| B. | address | 
| C. | control | 
| D. | both data and control | 
| Answer» E. | |
| 686. | 
                                    The 4 bit PID’s are transmitted twice. | 
                            
| A. | true | 
| B. | false | 
| Answer» B. false | |
| 687. | 
                                    Locations in the device to or from which data transfers can take place is called | 
                            
| A. | end points | 
| B. | hosts | 
| C. | source | 
| D. | none of the mentioned | 
| Answer» B. hosts | |
| 688. | 
                                    When the USB is connected to a system, its root hub is connected to the | 
                            
| A. | pci bus | 
| B. | scsi bus | 
| C. | processor bus | 
| D. | ide | 
| Answer» D. ide | |
| 689. | 
                                    The USB address space can be shared by the user’s memory space. | 
                            
| A. | true | 
| B. | false | 
| Answer» C. | |
| 690. | 
                                    The devices connected to USB is assigned a          address. | 
                            
| A. | 9 bit | 
| B. | 16 bit | 
| C. | 4 bit | 
| D. | 7 bit | 
| Answer» E. | |
| 691. | 
                                    A USB pipe is a               channel. | 
                            
| A. | simplex | 
| B. | half-duplex | 
| C. | full-duplex | 
| D. | both simplex and full-duplex | 
| Answer» D. both simplex and full-duplex | |
| 692. | 
                                    The device can send a message to the host by taking part in            for the communication path. | 
                            
| A. | arbitration | 
| B. | polling | 
| C. | prioritizing | 
| D. | none of the mentioned | 
| Answer» C. prioritizing | |
| 693. | 
                                    In USB the devices can communicate with each other. | 
                            
| A. | true | 
| B. | false | 
| Answer» C. | |
| 694. | 
                                    USB is a parallel mode of transmission of data and this enables for the fast speeds of data transfers. | 
                            
| A. | true | 
| B. | false | 
| Answer» C. | |
| 695. | 
                                    The I/O devices form the            of the tree structure. | 
                            
| A. | leaves | 
| B. | subordinate roots | 
| C. | left subtrees | 
| D. | right subtrees | 
| Answer» B. subordinate roots | |
| 696. | 
                                    The sampling process in speaker output is a                   process. | 
                            
| A. | asynchronous | 
| B. | synchronous | 
| C. | isochronous | 
| D. | none of the mentioned | 
| Answer» D. none of the mentioned | |
| 697. | 
                                    The high speed mode of operation of the USB was introduced by | 
                            
| A. | isa | 
| B. | usb 3.0 | 
| C. | usb 2.0 | 
| D. | ansi | 
| Answer» D. ansi | |
| 698. | 
                                    The data is stored on the disk in the form of blocks called | 
                            
| A. | pages | 
| B. | frames | 
| C. | sectors | 
| D. | tables | 
| Answer» D. tables | |
| 699. | 
                                    HVD stands for | 
                            
| A. | high voltage differential | 
| B. | high voltage density | 
| C. | high video definition | 
| D. | none of the mentioned | 
| Answer» B. high voltage density | |
| 700. | 
                                    The mode of data transfer used by the controller is | 
                            
| A. | interrupt | 
| B. | dma | 
| C. | asynchronous | 
| D. | synchronous | 
| Answer» C. asynchronous | |