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This section includes 118 Mcqs, each offering curated multiple-choice questions to sharpen your Organization and Architecture Mcqs knowledge and support exam preparation. Choose a topic below to get started.
| 101. |
Binary Coded Decimal or BCD is also known as ______________. |
| A. | 2841 |
| B. | 4821 |
| C. | 4281 |
| D. | 8421 |
| Answer» E. | |
| 102. |
What is the decimal representation of decimal number 5? |
| A. | 0000 |
| B. | 1001 |
| C. | 0011 |
| D. | 0101 |
| Answer» E. | |
| 103. |
What will be the result in BCD form if two binary numbers 599 and 984 are added? |
| A. | 1583 |
| B. | 8513 |
| C. | 8421 |
| D. | None of the above |
| Answer» B. 8513 | |
| 104. |
To convert _____________, write the number to be converted, placing each digit under the proper position. |
| A. | Any base to decimal base |
| B. | Hexadecimal number to decimal base |
| C. | Decimal base to octal base |
| D. | Octal base to decimal base |
| Answer» E. | |
| 105. |
In which type of conversion, binary numbers can be converted into equivalent octal numbers by making groups of three bits starting from the LSB, moving towards the MSB of the number and then replacing each group of three bits by its octal representation. |
| A. | Conversion of decimal fraction to any base |
| B. | Conversion from decimal base to any base |
| C. | Direct conversion from binary to hexadecimal |
| D. | Direct conversion from binary to octal |
| Answer» E. | |
| 106. |
In subtraction of binary numbers, if the subtrahend digit is greater than the minuend, then borrow from a __________ significant bit. |
| A. | Lower |
| B. | Higher |
| C. | First |
| D. | None of the above |
| Answer» C. First | |
| 107. |
Which of the following cases leads to the overflow condition in addition using 2 s complement? |
| A. | Addition of two positive numbers, which results in sum 2^(n-1) |
| B. | Addition of two positive numbers, which results in sum < 2^(n 1) |
| C. | Addition of two negative numbers, |sum| 2^(n 1) |
| D. | Addition of two negative numbers, |sum| > 2^(n 1) |
| Answer» B. Addition of two positive numbers, which results in sum < 2^(n 1) | |
| 108. |
Which of the following case is known as end-around carry addition? |
| A. | Addition of two positive numbers, which results in sum 2^(n-1) |
| B. | Addition of two positive numbers, which results in sum < 2^(n 1) |
| C. | Addition of positive and negative numbers ( ve number largest magnitude) |
| D. | Addition of positive and negative numbers (+ve number largest magnitude) |
| Answer» E. | |
| 109. |
Which method is used to convert a number from an octal base to decimal base? |
| A. | Direct conversion method |
| B. | Decimal equivalent method |
| C. | Octal equivalent method |
| D. | Positional notation method |
| Answer» E. | |
| 110. |
MIPS architecture provides a separate pair of 32-bit registers to contain the product of 64-bits called |
| A. | Hi |
| B. | Lo |
| C. | To |
| D. | Both a and b |
| Answer» E. | |
| 111. |
MIPS architecture detects the exception of overflow also known as |
| A. | Interrupt |
| B. | Error |
| C. | Unconditional flow |
| D. | Trap |
| Answer» B. Error | |
| 112. |
Multiplying (1000)10 by (1001t)en will produce the product of |
| A. | 0001000ten |
| B. | 1001001ten |
| C. | 1001000ten |
| D. | 1111000ten |
| Answer» D. 1111000ten | |
| 113. |
The given instruction multu $s2,$s3; shows the multiplication of |
| A. | Signed numbers |
| B. | Unsigned numbers |
| C. | Integers |
| D. | Whole number |
| Answer» C. Integers | |
| 114. |
The floating point operation is also called |
| A. | Exception |
| B. | Error |
| C. | Interrupt |
| D. | Overflow |
| Answer» E. | |
| 115. |
This binary instruction (1111 1111 1111 1111 1111 1111 1111 1101)two, will be represented in binary no as |
| A. | (-1)10 |
| B. | (-2)10 |
| C. | (-3)10 |
| D. | (-4)10 |
| Answer» D. (-4)10 | |
| 116. |
One billion is 1 000 000 000 and it will contain |
| A. | 2 ASCII digits |
| B. | 4 ASCII digits |
| C. | 6 ASCII digits |
| D. | 10 ASCII digits |
| Answer» E. | |
| 117. |
Loading half unsigned instruction can be executed using |
| A. | Lhu $s1,$s2 |
| B. | Ldu $s1,$s2 |
| C. | Ld $s1,$s2 |
| D. | Lu $s1,$s2 |
| Answer» B. Ldu $s1,$s2 | |
| 118. |
Binary addition of 1 + 1 + 1 gives |
| A. | 111 |
| B. | 10 |
| C. | 110 |
| D. | 11 |
| Answer» E. | |