McqMate
These multiple-choice questions (MCQs) are designed to enhance your knowledge and understanding in the following areas: Bachelor of Arts in English (BA English) , Bachelor of Arts in History (BA History) .
51. |
………….became a computing device when it was first used to design the abacus. |
A. | arpanet |
B. | wood |
C. | ligo |
D. | flesh |
Answer» B. wood |
52. |
The ………………..has the lowest level capacity. |
A. | minicomputers |
B. | microcomputer |
C. | medium-size computers |
D. | large computers |
Answer» B. microcomputer |
53. |
Large-scale production of ……………began in 1971 and this has been of great use in the production of microcomputers. |
A. | arpanet |
B. | silicon chips |
C. | minicomputers |
D. | rom |
Answer» B. silicon chips |
54. |
……………..is a digital computer system that is controlled by a stored program that uses a microprocessor, a programmable read-only memory (ROM) and a random-access memory (RAM). |
A. | minicomputers |
B. | the microcomputer |
C. | medium-size computers |
D. | large computers |
Answer» B. the microcomputer |
55. |
The …………..defines the instructions to be executed by the computer while RAM is the functional equivalent of computer memory. |
A. | arpanet |
B. | rom |
C. | silicon chips |
D. | metals |
Answer» B. rom |
56. |
The Apple IIe, the Radio Shack TRS-80, and the Genie III are examples of microcomputers and are essentially …………..generation devices. |
A. | first |
B. | second |
C. | third |
D. | fourth |
Answer» D. fourth |
57. |
……………..have from 4k to 64k storage location and are capable of handling small, single-business application such as sales analysis, inventory, billing and payroll. |
A. | microcomputers |
B. | minicomputers |
C. | medium-size computers |
D. | large computers |
Answer» A. microcomputers |
58. |
In the……………, the growing demand for a smaller stand-alone machine brought about the manufacture of the minicomputer, to handle tasks that large computers could not perform economically. |
A. | 1960s |
B. | 1970s |
C. | 1970s |
D. | 1980s |
Answer» A. 1960s |
59. |
……………were well known in the 1940s although they are now uncommon. |
A. | analog computers |
B. | digital computers |
C. | hybrid computers |
D. | minicomputers |
Answer» A. analog computers |
60. |
In…………., Babbage designed a more ambitious machine, called the Analytical Engine but unfortunately it also was only partially completed. |
A. | 1842 |
B. | 1852 |
C. | 1862 |
D. | 1872 |
Answer» A. 1842 |
61. |
………………, together with Ada Lovelace recognized several important programming techniques, including conditional branches, iterative loops and index variables. |
A. | herman hollerith |
B. | george scheutz |
C. | babbage |
D. | j.v.atanasoff |
Answer» C. babbage |
62. |
A second early electronic machine was Colossus, designed by ……………….for the British military in 1943. |
A. | alan turing |
B. | eckert |
C. | mauchly |
D. | john von neumann |
Answer» A. alan turing |
63. |
The first general purposes programmable electronic computer was the Electronic Numerical Integrator and Computer (ENIAC), built by J. Presper Eckert and John V. Mauchly at the University of……………….. |
A. | pennsylvania |
B. | cambridge |
C. | london |
D. | harvard |
Answer» A. pennsylvania |
64. |
In 1964, …………….developed the CDC 6600, which was the first architecture to use functional parallelism. |
A. | larry augustin |
B. | george b.selden |
C. | seymour cray |
D. | bob kahn |
Answer» C. seymour cray |
65. |
……………….of Cambridge developed a subset of CPL called BCPL (Basic Computer Programming Language, 1967). |
A. | martin richards |
B. | george b.selden |
C. | todd anderson |
D. | larry augustin |
Answer» A. martin richards |
66. |
In 1970 …………………of Bell Labs developed yet another simplification of CPL called simply B, in connection with an early implementation of the UNIX operating system. |
A. | ken thompson |
B. | george b.selden |
C. | larry augustin |
D. | lawrence roberts |
Answer» A. ken thompson |
67. |
………………….invented the Atanasoff-Berry Computer (ABC) which introduced electronic binary logic in the late 1930s. |
A. | lawrence roberts |
B. | howard aiken |
C. | george b.selden |
D. | john atanasoff |
Answer» D. john atanasoff |
68. |
…………………first machine was known as Mark I and originally named the IBM ASCC and this was the first machine that could solve complicated mathematical problems by being programmed to execute a series of controlled operations in a specific sequence. |
A. | bob kahn’s |
B. | george b.selden’s |
C. | lawrence roberts’ |
D. | howard aiken’s |
Answer» D. howard aiken’s |
69. |
The ENIAC (Electronic Numerical Integrator and Computer) was displayed to the public on February 14, 1946, at the Moore School of Electrical Engineering at the University of………………….. |
A. | georgia |
B. | massachusetts |
C. | california |
D. | pennsylvania |
Answer» D. pennsylvania |
70. |
The DEHOMAG D11 tabulator was invented in…………... |
A. | california |
B. | harvard |
C. | massachusetts |
D. | germany |
Answer» D. germany |
71. |
…………….is popularly recognized in Germany as the father of the computer and his Z1, a programmable automaton built from 1936 to 1938, is said to be the world’s ‘first programmable calculating machine’. |
A. | peter scott |
B. | lawrence roberts |
C. | ray tomlinson |
D. | korad zuse |
Answer» D. korad zuse |
72. |
…………..built the Z4, a relay computer with a mechanical memory of unique design, during the war years in Berlin. |
A. | korad zuse |
B. | eduard stiefel |
C. | dr. heinz |
D. | george b.selden |
Answer» A. korad zuse |
73. |
During the World war II, a young German engineer, ……………studied the application of electronic analog circuits for the guidance and control system of liquid-propellant rockets and developed a special purpose analog computer, the ‘Mischgerat’ and integrated it into the rocket. |
A. | peter scott |
B. | george b.selden |
C. | lawrence roberts |
D. | helmut hoelzer |
Answer» D. helmut hoelzer |
74. |
The Colossus was designed and constructed at the Post Office Research Laboratories at Dollis Hill in North ……………..in 1943 to help Bletchley Park in decoding intercepted German telegraphic messages. |
A. | oxford |
B. | harvard |
C. | cambridge |
D. | london |
Answer» D. london |
75. |
………………, supercomputer and Internet pioneer, was born in 1954, in Nigeria, Africa. |
A. | philip emeagwali |
B. | george b.selden |
C. | todd anderson |
D. | larry augustin |
Answer» A. philip emeagwali |
76. |
A computer ……………is a computer peripheral device that produces a hard copy (permanent human-readable text and/or graphics, usually on paper) from data stored in a computer connected to it. |
A. | printer |
B. | ict |
C. | arpanet |
D. | scanner |
Answer» A. printer |
77. |
The ………..is a computer printer for printing vector graphics. |
A. | plotter |
B. | ict |
C. | scanner |
D. | arpanet |
Answer» A. plotter |
78. |
A ………….is a device that captures images from photographic prints, posters, magazine pages, and similar sources for computer editing and display. |
A. | scanner |
B. | arpanet |
C. | ict |
D. | mouse |
Answer» A. scanner |
79. |
A …………..is a small device that a computer user pushes across a desk surface in order to point to a place on a display screen and to select one or more actions to take from that position. |
A. | mouse |
B. | ict |
C. | arpanet |
D. | open source |
Answer» A. mouse |
80. |
A computer …………………is an important device that allows a person to enter symbols like letters and numbers into a computer. |
A. | keyboard |
B. | arpanet |
C. | open source |
D. | mouse |
Answer» A. keyboard |
81. |
A ………….is the main device used in the field of digital photography. |
A. | digital camera |
B. | ict |
C. | arpanet |
D. | mouse |
Answer» A. digital camera |
82. |
A …………..is an input device consisting of a stick that pivots on a base and reports its angle or direction to the device it is controlling. |
A. | joystick |
B. | ict |
C. | drm |
D. | arpanet |
Answer» A. joystick |
83. |
…………….also known as 'control columns'. |
A. | joysticks |
B. | barcode reader |
C. | ict |
D. | arpanet |
Answer» A. joysticks |
84. |
The Global Positioning System (GPS) is a ……………-owned utility that provides users with positioning, navigation, and timing (PNT) services. |
A. | u.s |
B. | russia |
C. | china |
D. | britain |
Answer» A. u.s |
85. |
A ……………..is an electronic device for reading printed barcodes. |
A. | barcode reader |
B. | ict |
C. | drm |
D. | arpanet |
Answer» A. barcode reader |
86. |
Like a flatbed scanner, …………. consists of a light source, a lens and a light sensor translating optical impulses into electrical ones. |
A. | barcode reader |
B. | cd |
C. | dvd |
D. | ict |
Answer» A. barcode reader |
87. |
An ………………is a mobile electronic device that is designed primarily for the purpose of reading digital e-books and periodicals. |
A. | e-book reader |
B. | arpanet |
C. | open source |
D. | barcode reader |
Answer» A. e-book reader |
88. |
……………….. are a form of digital storage media found in personal computers and servers. |
A. | hard drives |
B. | server |
C. | clients |
D. | ict |
Answer» A. hard drives |
89. |
………………….. are collections of computers, software, and hardware that are all connected to help their users work together. |
A. | drm |
B. | networks |
C. | hard drives |
D. | server |
Answer» B. networks |
90. |
A ……………connects computers by means of cabling systems, specialized software, and devices that manage data traffic. |
A. | network |
B. | open source |
C. | hard drives |
D. | clients |
Answer» A. network |
91. |
A …………………enables users to share files and resources, such as printers, as well as send messages electronically (e-mail) to each other. |
A. | ict |
B. | network |
C. | cyberethics |
D. | drm |
Answer» B. network |
92. |
A ……………..connects computers within a single geographical location, such as one office building, office suite, or home. |
A. | lan |
B. | ict |
C. | cyberethics |
D. | drm |
Answer» A. lan |
93. |
A mobile phone also known as a ………………. |
A. | lan |
B. | cellular phone |
C. | open source |
D. | drm |
Answer» B. cellular phone |
94. |
.………………….is a standard switching technique, designed to unify telecommunication and computer networks. |
A. | asynchronous transfer mode |
B. | digital split |
C. | cyberethics |
D. | drm |
Answer» A. asynchronous transfer mode |
95. |
………………… uses asynchronous time-division multiplexing, and it encodes data into small, fixed-sized cells. |
A. | asynchronous transfer mode |
B. | ict |
C. | arpanet |
D. | open source |
Answer» A. asynchronous transfer mode |
96. |
…………….provides data link layer services that run over a wide range of OSI physical Layer links. |
A. | cyberethics |
B. | digital split |
C. | asynchronous transfer mode |
D. | arpanet |
Answer» C. asynchronous transfer mode |
97. |
………………..has functional similarity with both circuit switched networking and small packet switched networking. |
A. | asynchronous transfer mode |
B. | ict |
C. | drm |
D. | digital split |
Answer» A. asynchronous transfer mode |
98. |
……………………was designed for a network that must handle both traditional high-throughput data traffic (e.g., file transfers), and realtime, low-latency content such as voice and video. |
A. | asynchronous transfer mode |
B. | digital split |
C. | cyberethics |
D. | open source |
Answer» A. asynchronous transfer mode |
99. |
…………………is a core protocol used over the SONET/SDH backbone of the public switched telephone network (PSTN) and Integrated Services Digital Network (ISDN), but its use is declining in favour of All IP. |
A. | asynchronous transfer mode |
B. | digital split |
C. | ict |
D. | ipr |
Answer» A. asynchronous transfer mode |
100. |
……………is a social issue referring to the differing amount of information between those who have access to the Internet (especially broadband access) and those who do not have access. |
A. | cyberethics |
B. | digital divide |
C. | ipr |
D. | drm |
Answer» B. digital divide |
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