3
If we can generate a maximum of 4 Boolean functions using n Boolean variables, what will be minimum value of n?
NIMCET PREVIOUS YEAR QUESTION
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Solution
1
The representation of a floating point binary number +1001.11 in 8 bit fraction and 6 bit exponent format is
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Solution
4
Consider the equation (40)x = (132)y is some bases x and y. Then a possible set of value of x and y are
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Solution
(40)x=(132)y⇒4×x1+0×x0=1×y2+3×y1+2×y0⇒4x+0=y2+3y+24x=y2+3y+2
3
Suppose we have a 10-bit computer that uses 10-bit int (2's complement representation). the number representation of - 35 is
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Solution
10-bit 2's Complement Representation of –35
Format: 10-bit signed integer using 2's complement representation.
Step-by-Step:
- First, convert 35 to 10-bit binary:
0000100011
- Find 1's complement:
1111011100
- Add 1 (to get 2's complement):
1111011101
✅ Final Answer:
1111011101
–35 in 10-bit 2's complement: 1111011101
4
What is a potential problem of 1’s complement representation of numbers?
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Solution
3
In IEEE single precision floating point representation, exponent is represented in ______
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Solution
2
With 4-bit 2's complement arithmetic, which of the following addition will result in overflow?
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Solution
2
If the 2's complement representation of a number is (011010)2 , what is its equivalent hexadecimal representation?
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Solution
3
The base ( or radix) of the number system such that the following equation holds 312/20 = 131.1 is
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Solution
2
Which of the following represents (D4)16 ?
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Solution
[{"qus_id":"4189","year":"2019"},{"qus_id":"4190","year":"2019"},{"qus_id":"4191","year":"2019"},{"qus_id":"4192","year":"2019"},{"qus_id":"4195","year":"2019"},{"qus_id":"4196","year":"2019"},{"qus_id":"4377","year":"2017"},{"qus_id":"4382","year":"2017"},{"qus_id":"11595","year":"2023"},{"qus_id":"11609","year":"2023"}]