101. A 74HC283 can be used to implement a 4-bit full adder.
102. The range of negative numbers when using an eight-bit two's-complement system is –1 to –128.
103. If no bits are designated inside square braces, [ ], it means the variable is the null set.
104. This logic gate is used to produce an arithmetic sum XOR.
105. The solution to the binary problem 0101 + 1111 is 10100.
106. ALU circuits cannot be cascaded to perform functions on more than four bits.
107. In VHDL, the architecture declaration always begins with the ________ of variable signals or components that will be used in the concurrent description between BEGIN and END.
108. When decimal numbers with several digits are to be added together using BCD adders ________.
109. The binary adder circuit is designed to add ________ binary number(s) at a time.
110. The 74HC382 ALU can perform ________ operations.
111. Subtraction of the 2's-complement system actually involves the operation of ________.
112. Children ......... afraid of the dark?
113. FC48 – AB91 = ________.
114. In BCD addition, the value ________ is added to any invalid code group.
115. In AHDL macrofunctions, the first thing that should go into any source file is ________ your code.
116. The circuit shown is a(n) ________.
117. The binary addition of 1 + 1 = ________.
118. A 74HC283 can be used to implement a(n) ________ adder.
119. The two's complement of 00001111 is ________.
120. Inside a computer all arithmetic operations take place in the ________.
121. –910 represented in eight-bit two's-complement notation is ________.
122. Solve this binary problem: 01011000 ÷ 00001011 = ________.
123. If [A] = 10 and [B] = 01, then [A] [b] = ________.
124. Binary numbers can be added together in a basic parallel-adder circuit when ________.
125. To make an eight-bit adder from two four-bit adders you must connect ________.