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Binary Division Question & Answers

February 9, 2022 By WatElectronics

This article lists 100 Binary Division MCQs for Engineering Students. All the Binary Division Questions & Answers given below includes solution and link wherever possible to the relevant topic.

All digital circuits, for example, computers works on the binary number system, and therefore all the arithmetic operations like addition, subtraction, multiplication, and division are performed in the binary number system. In binary arithmetic, the binary division is one of the most important operations which uses only two digits zero and one. So, from the digital perspective, it is good to understand how the arithmetic operations are performed.

The numbers are represented in four ways binary, octal, decimal & hexadecimal. In binary division, once zero is divided by zero and the one is divided by zero, then the result will not be allowed. Once zero is divided by one the result will be zero. Similarly, when one is divided by one, the result is one in the binary division.

The base number for decimal number is 10 and the digits used in the decimal numbering system is 0, 1, 2, 3, ..............., 9. The base number for octal is 8 and the digits used in the octal numbering system is 0, 1, 2, 3, ..............., 7. Similarly, the base number for hexadecimal is 16 and the digits used in the hexadecimal numbering system is 0, 1, 2, 3, ..............., 9, A, B, C, D, E, F.

The base number for the binary number system is 2. The digits used in the binary numbering system are 0 and 1. The numbers 0 and 1 are the binary number of one bit, the numbers 00, 01, 10, 11 are the binary number of two-bit, the numbers 000, 001, 010, 011 are the binary number of three bits, and the numbers 0000, 0001, 0010, 0011 are the binary number of four bits.

1). The different methods for representation of binary signed numbers are _________________
HintThe different methods for representation of binary signed numbers are one's complement form, two's complement form, and sign-magnitude form
2). The binary equivalent of decimal number zero is _____________
HintThe binary equivalent of decimal number zero is 0000
3). Which one of the following is the correct formula for the dividend?
HintThe formula for the dividend is given by Dividend=Divisor*Quotient+Remainder
4). The binary equivalent of number three is equal to _____________
HintThe binary equivalent of number three is equal to 11
5). In a decimal number system, one plus one plus one is equal to _____________
HintIn a decimal number system one plus one plus one is equal to three
6). Which one of the following rules is incorrect?
HintThe 1÷1=1, 1÷0=meaning less, and 0÷1=0 are the correct rules
7). How many rules does binary division have?
HintThe binary division has four rules they are 1÷1=1, 1÷0=meaning less, 0÷1=0, and 0÷0=meaningless
8). How many rules does binary addition have?
HintThe binary addition have four rules they are 1+1=0, 1+0=1, 0+1=1, and 0+0=0
Read more about Binary Addition
9). Which one of the following is an example for remainder arithmetic operation?
HintThe X=X MOD 5 is an example for remainder arithmetic operation
10). The binary equivalent of decimal number one is _____________
HintThe binary equivalent of decimal number one is 0001
11). Which one of the following is an example for integer division?
HintThe X=X DIV 5 is an example for integer division
12). The operation for division arithmetic operation is represented by a symbol ______________
HintThe symbol for division is forward slash
13). Which one of the following binary division rules is incorrect?
HintWhen we divide one with zero then the result is meaningless not one
14). The figure shown below is a block diagram of a parallel binary ____________
Block Diagram of Binary Divider
HintThe figure shown above is a block diagram of a parallel binary divider
15). When p(x) is divided by (ax+b) then the remainder is _____
HintWhen p(x) is divided by (ax+b) then the remainder is p(-b/a)
16). The binary equivalent of decimal number nineteen is _____________
HintThe binary equivalent of decimal number nineteen is 10011
17). When we multiply 1010 with 1100 in binary then the result is _____________
HintWhen we multiply 1010 with 1100 in binary then the result is 1111000
18). The binary equivalent of decimal number twelve is _____________
HintThe binary equivalent of decimal number twelve is 1100
19). The binary equivalent of decimal number eleven is _____________
HintThe binary equivalent of decimal number ten is 1011
20). The binary equivalent of decimal number two is _____________
HintThe binary equivalent of decimal number two is 0010
21). Which one of the following is an example for integer division operation?
HintThe X=X/5 is an example for integer division operation
22). Which one of the following is an example for the integer subtraction operation?
HintThe minus symbol is the subtraction symbol
23). Which one of the following is an example for integer addition operation?
HintThe plus symbol is the addition symbol
24). Which one of the following is an example of the integer multiplication operation?
HintThe star symbol is the multiplication symbol
25). When p(x) is divided by (x-a) then the remainder is _____________
HintWhen p(x) is divided by (x-a) then the remainder is p(a)

Binary Division MCQs for Exams

26). The binary equivalent of decimal number eighteen is _____________
HintThe binary equivalent of decimal number eighteen is 10010
27). In the binary addition zero plus zero is equal to _____________
HintIn the binary addition zero plus zero is equal to zero
28). How many rules does binary subtraction have?
HintThe binary subtraction have four rules they are 1-1=0, 1-0=1, 0-1=1, and 0-0=0
29). The binary equivalent of decimal number three is _____________
HintThe binary equivalent of decimal number three is 0011
30). The binary equivalent of decimal number thirty one is _____________
HintThe binary equivalent of decimal number three is 11111
31). The operation for integer division is represented by a symbol ___________________
HintThe operation for integer division is not represented by back slash and MOD
32). In the above figure which binary number represents the quotient?
Binary Division
HintThe 1010 is a divisor and the 0010 is a remainder
33). How many types of operators do programmers use?
HintThe programmers use three types of operators they are arithmetic operators, relational operators, and logical operators
34). The quotient for 11001÷101 is ____________________
HintThe quotient for 11001÷101 is 101
35).The quotient for 11101.01÷1100 is ____________________
HintThe quotient for 11101.01÷1100 is 10.0111
36).The quotient for 10110.1÷1101 is ____________________
HintThe quotient for 10110.1÷1101 is 1.101
37). In the binary addition zero plus one is equal to _____________
HintIn the binary addition zero plus one is equal to one
38). The operator for assignment relational operation is ______________
HintThe symbols (=or== and !=) are the equality and doesnot equal operators symbols
39). The operator for equality relational operation is ______________
HintThe symbols (== and !=) are the equality and doesn't equal operator symbols
40). The binary equivalent of decimal number four is _____________
HintThe binary equivalent of decimal number four is 0100
41). Which one of the following is an example of arithmetic division?
Division
HintThe figure b and c are examples of polynomial and binary division
42). The remainder for 10110.1÷1101 is _________________
HintThe remainder for 10110.1÷1101 is 1.011
43). The quotioent for 101.11÷111 _________________
HintThe quotioent forfor 101.11÷111 is 0.11
44).The remainder for 101.11÷111 _________________
HintThe remainder for 101.11÷111 is 0.1
45). When we divide 2x^3+3x^2+4x+3 by x+1 then the quotient we get is ____________
HintThe 2X^2 is the first term of quotient in the above figure
47). In the binary addition, one plus zero is equal to ______
HintIn the binary addition, one plus zero is equal to one
48). The operation for remainder is represented by a symbol _______________
HintThe operation for remainder is represented by a symbol MOD(%)
49).The second term of quotient in the below figure is _________________
Arithmetic Division
HintThe X is the second term of quotient in the above figure
50). The binary equivalent of decimal number five is _____________
HintThe binary equivalent of decimal number five is 0101

Binary Division MCQs for Interviews

51). Which one of the following is a range of unsigned numbers?
Add description here!
HintThe range of unsigned numbers is from 0......+(2^n -(1))
52). Which one of the following is a range of sign-magnitude forms?
HintThe range of sign-magnitude form is from (2^n-1-(1))......+(2^n-1 -(1))
53). Which one of the following is a range of two's complement form?
HintThe range of two's complement form is from (2^n-1)......+(2^n-1 -(1))
54). What are the advantages of a binary number system?
HintThe advantages of a binary number system is it has fewer computations, ease of use in coding, and it has less computational errors
55). The binary equivalent of decimal number seventeen is _____________
HintThe binary equivalent of decimal number seventeen is 10001
56). In the above figure which arithmetic number represents the dividend?
Decimal Division
HintThe 3, 96, and 0 are the divisor, quotient, and remainder
57). In the binary addition, one plus one is equal to _____________
HintIn the binary addition one plus one is equal to zero with one as a carry to the next column
58). The operator for doesn't equal operation is ___________
HintThe symbols (== and =) are the equality and assignment relational operator symbols
59). Which one of the following is an example for doesn't equal relational operation?
HintThe if X>=5 and if X<5 are the examples of greater than or equal to and less than operations
60). The binary equivalent of decimal number six is _____________
HintThe binary equivalent of decimal number six is 0110
61). Which one of the following is an example of polynomial division?
Division
HintThe figure a and c are examples for arithmetic and binary division
62). The third term of quotient in the below figure is _________________
Arithmetic Division
HintThe number three is the third term of quotient in the above figure
63). The common name for the number of bytes 1,024(210) is ______________
HintThe common name for the number of bytes 1,024(210) is kilobyte
64).The common name for the number of bytes 1,048,576(220) is ______________
HintThe common name for the number of bytes 1,048,576(220) is a megabyte
65). The binary equivalent of decimal number fourteen is _____________
HintThe binary equivalent of decimal number fourteen is 1110
66). In the above figure which binary number represents the remainder?
HintThe 1010 is the divisor, 1 is the quotient, and 11000101 is a dividend
67). In a decimal number system, one plus one is equal to _____________
HintIn a decimal number system, one plus one is equal to two
68). The binary equivalent of number two is equal to _____________
HintThe binary equivalent of number two is equal to 10
69). The common name for the number of bytes 1,073,741,824(230) is ______________
HintThe common name for the number of bytes 1,073,741,824(230) is gigabyte
70). The binary equivalent of decimal number seven is ______
HintThe binary equivalent of decimal number seven is 0111

Binary Division MCQs for Quiz

71). Which one of the following is an example of binary division?
Division
HintThe figure a and b are examples for arithmetic and polynomial division
72). If the number of bytes is very long ! (240) then the common name for this is ____________
HintIf the number of bytes is very long ! (240) then the common name for this is a terabyte
73). If the number of binary digits are one then the common name is ___________
HintIf the number of binary digits is one than the common name is a bit
74). If the number of binary digits are four then the common name is ___________
HintIf the number of binary digits is four then the common name is nibble
75). The binary equivalent of decimal number thirteen is _____________
HintThe binary equivalent of decimal number thirteen is 1101
76). What is the output when we add 1101 and 0010?
HintThe output is 1111 when we add 1101 with 0010
77). In the above figure which binary number represents the dividend?
Binary Division
HintThe 1010 is the divisor, 0010 is the remainder, and 1 is the quotient
78). If the number of binary digits are eight then the common name is ___________
HintIf the number of binary digits are eight then the common name is byte
79). If the number of binary digits are sixteen then the common name is ___________
HintIf the number of binary digits are sixteen then the common name is the word
80). The binary equivalent of decimal number eight is _____________
HintThe binary equivalent of decimal number eight is 1000
81). If the number of binary digits is sixty-four then the common name is ___________
HintIf the number of binary digits is sixty-four then the common name is quadword
82). If the number of binary digits is thirty-two then the common name is ___________
HintIf the number of binary digits is thirty-two then the common name is a double word
85). The binary equivalent of decimal number sixteen is _____________
HintThe binary equivalent of decimal number sixteen is 10000
86). What is the output when we add one plus one?
HintThe output is 1 when we add one plus one
87). In the above figure which arithmetic number represents the quotient?
Decimal Division
HintThe 3, 0, and 288 are the divisor, remainder, and dividend
88). Which one of the following is an example for equivalence relational operation?
HintIf if X!=5 is not the example for equivalence relational operation
89). Which one of the following is an example for assignment relational operation?
HintThe if X>=5 and if X<5 are not the examples for assignment relational operation
90). The binary equivalent of decimal number nine is _____________
HintThe binary equivalent of decimal number nine is 1001
91). In the above figure which binary number represents the divisor?
Binary Division
HintThe 11000101 is the dividend, 0010 is the remainder, and 1 is the quotient
92). The figure shown below is a state graph for ___________ control circuit?
State Graph
HintThe name of the above figure is state graph for divider control circuit
93). The figure shown below is a block diagram of a ____________ using bus notation?
Block Diagram of Divider Using Bus Notation
HintThe above figure is a block diagram for divider using bus notation
94). How many digits does the binary number system use?
HintThe binary number systems use only two digits they are one and zero
Read more about Binary Number System
95). The binary equivalent of decimal number fifteen is _____________
HintThe binary equivalent of decimal number fifteen is 1111
96). When we multiply zero with one in binary then the result is _____________
HintWhen we multiply zero with one in binary then the result is zero
98). How many digits does the decimal number system use?
HintThe decimal number systems use only ten digits they are from zero to nine
97). In the below figure which arithmetic number represents the remainder?
Decimal Division
HintThe 3, 96, and 288 are the divisor, quotient, and dividend
Read more about Decimal Number System
99). The integer representations are of _________________ types?
HintThe integer representations are of four types they are unsigned, signed magnitude, one's complement, and two's compliment
100). The binary equivalent of decimal number ten is _____________
HintThe 1010 is the decimal number of ten

Related MCQs

  • Binary Addition Questions & Answers
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