Exam 4: The Nature of Numeration Systems

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Write the number 47 in the Roman system.

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Write the capital letters for the ASCII code. ​ 72 65 82 68

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Karlin Publishing purchased a program for its computer that would enable it to streamline the printing process and decrease the time it takes to print each page. The program was too fast for Karlin's printer, so the company hired Shannon Foley to eliminate the problem. The human function required by Shannon for this job was: ​

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Convert the number to the binary system. ​ 157 eight ​

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Write the numeral in the following problem as a decimal numeral. By decimal numeral, we mean the system we use in everyday arithmetic. ​ MCMXCVII

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Write the number in expanded notation. ​ Write the number in expanded notation. ​   ​

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Convert the number Convert the number   to the octal system. ​ __________eight to the octal system. ​ __________eight

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Write the number in decimal notation. ​ Write the number in decimal notation. ​

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Write Write   in decimal notation. in decimal notation.

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Give a brief description for the person named in problem, telling how they were related to the development of computers. ​ John Mauchly

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Definition for "thinking" is "To subject to the process of logical thought". According to it, answer the question, "Can computers think?"

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Change 1,373 to base twelve. ​ __________ twelve

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Convert the number Convert the number   to the octal system. ​ __________eight to the octal system. ​ __________eight

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Change 109 to base four. ​

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Convert the number Convert the number   to the binary system. ​ __________two to the binary system. ​ __________two

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Perform the indicated operation. ​ Perform the indicated operation. ​   ​ __________two ​ __________two

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Change the number Change the number   to base ten. ​ to base ten. ​

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There were many names mentioned in this section. Give a brief description for the person named in problem, telling how they were related to the development of computers. ​ Gottfried Leibniz ​

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Change 190 to base four. ​ __________ four

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One of the oldest devices used for calculation is the abacus, as shown in the sample figure. Each rod names one of the positions we use in counting. Each bead on the bottom represents one unit in that column and each bead on the top represents 5 units in that column. The number illustrated in the sample figure below is 1,734. ​ Sample One of the oldest devices used for calculation is the abacus, as shown in the sample figure. Each rod names one of the positions we use in counting. Each bead on the bottom represents one unit in that column and each bead on the top represents 5 units in that column. The number illustrated in the sample figure below is 1,734. ​ Sample   ​ Choose an abacus to show 10,905. ​ A   B   ​ ​ C   D   ​ ​ Choose an abacus to show 10,905. ​ A One of the oldest devices used for calculation is the abacus, as shown in the sample figure. Each rod names one of the positions we use in counting. Each bead on the bottom represents one unit in that column and each bead on the top represents 5 units in that column. The number illustrated in the sample figure below is 1,734. ​ Sample   ​ Choose an abacus to show 10,905. ​ A   B   ​ ​ C   D   ​ B One of the oldest devices used for calculation is the abacus, as shown in the sample figure. Each rod names one of the positions we use in counting. Each bead on the bottom represents one unit in that column and each bead on the top represents 5 units in that column. The number illustrated in the sample figure below is 1,734. ​ Sample   ​ Choose an abacus to show 10,905. ​ A   B   ​ ​ C   D   ​ ​ ​ C One of the oldest devices used for calculation is the abacus, as shown in the sample figure. Each rod names one of the positions we use in counting. Each bead on the bottom represents one unit in that column and each bead on the top represents 5 units in that column. The number illustrated in the sample figure below is 1,734. ​ Sample   ​ Choose an abacus to show 10,905. ​ A   B   ​ ​ C   D   ​ D One of the oldest devices used for calculation is the abacus, as shown in the sample figure. Each rod names one of the positions we use in counting. Each bead on the bottom represents one unit in that column and each bead on the top represents 5 units in that column. The number illustrated in the sample figure below is 1,734. ​ Sample   ​ Choose an abacus to show 10,905. ​ A   B   ​ ​ C   D   ​

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