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Search results for ieee-representation
10
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2
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GATE CSE 2023 | Question: 35
Consider the $\textsf{IEEE-754}$ single precision floating point numbers $\text{P} = \textsf{0xC1800000}$ and $\text{Q} = \textsf{0x3F5C2EF4}.$ ... $\textsf{IEEE-754}$ single precision format? $\textsf{0x404C2EF4}$ $\textsf{0x405C2EF4}$ $\textsf{0xC15C2EF4}$ $\textsf{0xC14C2EF4}$
Consider the $\textsf{IEEE-754}$ single precision floating point numbers $\text{P} = \textsf{0xC1800000}$ and $\text{Q} = \textsf{0x3F5C2EF4}.$Which one of the following ...
admin
10.7k
views
admin
asked
Feb 15, 2023
CO and Architecture
gatecse-2023
co-and-architecture
ieee-representation
2-marks
+
–
45
votes
4
answers
2
GATE CSE 2017 Set 2 | Question: 12
Given the following binary number in $32$-bit (single precision) $\text{IEEE-754}$ format : $\large 00111110011011010000000000000000$ The decimal value closest to this floating-point number is : $1.45*10^1$ $1.45*10^{-1}$ $2.27*10^{-1}$ $2.27*10^1$
Given the following binary number in $32$-bit (single precision) $\text{IEEE-754}$ format : $\large 00111110011011010000000000000000$Th...
khushtak
21.9k
views
khushtak
asked
Feb 14, 2017
Digital Logic
gatecse-2017-set2
digital-logic
number-representation
floating-point-representation
ieee-representation
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–
9
votes
2
answers
3
GO Classes Test Series 2024 | Mock GATE | Test 13 | Question: 53
Suppose we use $\textsf{IEEE-754}$ single precision floating point format to represent the numbers in binary. What will be the hexadecimal representation of $-2^{-146}?$ $\textsf{0x80000004}$ $\textsf{0x80000008}$ $\textsf{0x80000010}$ $\textsf{0x80000002}$
Suppose we use $\textsf{IEEE-754}$ single precision floating point format to represent the numbers in binary. What will be the hexadecimal representation of $-2^{-146}?$$...
GO Classes
824
views
GO Classes
asked
Jan 28
CO and Architecture
goclasses2024-mockgate-13
goclasses
co-and-architecture
number-representation
ieee-representation
2-marks
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–
5
votes
2
answers
4
GO Classes Test Series 2024 | Mock GATE | Test 14 | Question: 61
According to the IEEE standard, a 32-bit, single-precision, floating-point number $N$ is defined to be $ N=(-1)^S \times 1 . F \times 2^{E-127} $ where $S$ is the sign bit, $F$ the fractional mantissa, and $E$ the biased exponent. A floating- ... $\left(1-2^{-23}\right) * 2^{128}$ $\left(1+\left(1-2^{-23}\right)\right) * 2^{128}$
According to the IEEE standard, a 32-bit, single-precision, floating-point number $N$ is defined to be$$N=(-1)^S \times 1 . F \times 2^{E-127}$$where $S$ is the sign bit,...
GO Classes
615
views
GO Classes
asked
Feb 5
Digital Logic
goclasses2024-mockgate-14
digital-logic
number-representation
ieee-representation
floating-point-representation
2-marks
+
–
0
votes
1
answer
5
GATE CSE 2024 | Set 2 | Question: 4
The format of a single-precision floating-point number as per the $\text{IEEE 754}$ standard is: Sign Exponent Mantissa $(1 \mathrm{bit})$ $(8 \mathrm{bits})$ $(23 \mathrm{bits})$ Choose the largest floating- ... $0$ $11111111$ $11111111111111111111111$ Sign Exponent Mantissa $0$ $01111111$ $00000000000000000000000$
The format of a single-precision floating-point number as per the $\text{IEEE 754}$ standard is:Sign ExponentMantissa$(1 \mathrm{bit})$ $(8 \mathrm{bits})$ $(23 \ma...
Arjun
2.5k
views
Arjun
asked
Feb 16
Digital Logic
gatecse2024-set2
digital-logic
number-representation
ieee-representation
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–
21
votes
3
answers
6
GATE CSE 2021 Set 2 | Question: 4
The format of the single-precision floating point representation of a real number as per the $\text{IEEE 754}$ ... and mantissa $=0000000000000000000000001$ exponent $=00000001$ and mantissa $=0000000000000000000000000$ exponent $=00000001$ and mantissa $=0000000000000000000000001$
The format of the single-precision floating point representation of a real number as per the $\text{IEEE 754}$ standard is as follows:$$\begin{array}{|c|c|c|} \hline \tex...
Arjun
10.2k
views
Arjun
asked
Feb 18, 2021
Digital Logic
gatecse-2021-set2
digital-logic
number-representation
ieee-representation
1-mark
+
–
0
votes
1
answer
7
GATE 2018 MOCK | GFG | Digital Logic
IEEE Standard 754 floating point is the most common representation today for real numbers on computers. The diagram below shows these parts are store--d in memory: The IEEE 754 standard includes special cases for numbers that are difficult to represent, ... $+/-$ Denormalized number (C) Code-3 represented $+/-$ Infinity (D) Code-4 represented number Zero
IEEE Standard 754 floating point is the most common representation today for real numbers on computers. The diagram below shows these parts are store d in memory:The IEEE...
rajveer43
153
views
rajveer43
asked
Jan 12
Digital Logic
digital-logic
number-representation
number-system
ieee-representation
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9
votes
5
answers
8
GATE CSE 2021 Set 1 | Question: 24
Consider the following representation of a number in $\text{IEEE 754}$ single-precision floating point format with a bias of $127$.$S: 1\quad\quad E:\; 10000001\quad\quad F:\;11110000000000000000000$ Here $S, \;E$ and ... the floating point representation. The decimal value corresponding to the above representation (rounded to $2$ decimal places) is ____________.
Consider the following representation of a number in $\text{IEEE 754}$ single-precision floating point format with a bias of $127$.$$S: 1\quad\quad E:\; 10000001\quad\qu...
Arjun
8.1k
views
Arjun
asked
Feb 18, 2021
Digital Logic
gatecse-2021-set1
digital-logic
number-representation
ieee-representation
numerical-answers
1-mark
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1
votes
1
answer
9
Computer Organization and architecture
Consider a hypothetical processor which supports expand opcode technique. A 32 bit instruction is place in 256MW memory. If there exist 10, one address instruction then how many zero-address instruction are possible.
Consider a hypothetical processor which supports expand opcode technique. A 32bit instruction is place in 256MW memory. If there exist 10, one address instructionthen how...
iabhay.gupta
657
views
iabhay.gupta
asked
Dec 11, 2022
CO and Architecture
co-and-architecture
pipelining
control-unit
ieee-representation
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1
votes
0
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10
Computer organization and architecture
1. In memory hierarchy the fattest memory type is cache memory next to register. So describe mapping process(transformation data from memory to cache memory)
1. In memory hierarchy the fattest memory type is cache memory next to register. So describe mapping process(transformation data from memory to cache memory)
kidussss
307
views
kidussss
asked
Sep 1, 2022
CO and Architecture
co-and-architecture
pipelining
control-unit
ieee-representation
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0
votes
0
answers
11
Computer organization and architecture
1. Assume to transfer serial data we use shift register. So if we need to transfer 8 bit data to 8 bit shifter register: a) Show the content of shift register after 2 bit transferred using diagram? b) Show the overall serial transfer of all data using diagram. c) Determine how many shifting is performed to transfer all data?
1. Assume to transfer serial data we use shift register. So if we need to transfer 8 bit data to 8 bit shifter register:a) Show the content of shift register after 2 bit ...
kidussss
207
views
kidussss
asked
Sep 1, 2022
CO and Architecture
co-and-architecture
pipelining
control-unit
ieee-representation
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1
votes
3
answers
12
IEEE 802.11
Consider the following statements: S1 : IEEE 802.11 does not uses sequence number. S2 : The amount of data send in one time in limited by RTS frame (data = sender's data + ACK). S3 : IEEE 802.11 uses CSMA/CA medium access protocol. S4 : The ... of collision on retransmissions in ethernet. Which of the following is true? This is from topic- wifi. From where should i study this topic ?
Consider the following statements:S1 : IEEE 802.11 does not uses sequence number.S2 : The amount of data send in one time in limited by RTS frame (data = sender’s dat...
Sandy Sharma
5.8k
views
Sandy Sharma
asked
Nov 28, 2018
Computer Networks
computer-networks
ieee-representation
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4
votes
2
answers
13
Floating point
Consider the following bit pattern represents the floating point number in IEEE 754 single precision format: 1 10000111 11100000000000000000000 Which of the following represents the decimal value of above floating number? A) -192 B) -320 C) -384 D) -448
Consider the following bit pattern represents the floating point number in IEEE 754 single precision format: 1 10000111 11100000000000000000000Which of the following repr...
kapilbk1996
3.5k
views
kapilbk1996
asked
Nov 24, 2018
Digital Logic
floating-point-representation
digital-logic
co-and-architecture
ieee-representation
number-representation
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1
votes
1
answer
14
Pearson Gate 2022 CSE , Computer Organization and Architecture, Chapter 2 , Question 17, Page 2.28
What will be the answer to the following question?
What will be the answer to the following question?
Agrek11
1.1k
views
Agrek11
asked
Oct 5, 2021
CO and Architecture
co-and-architecture
ieee-representation
floating-point-representation
+
–
0
votes
2
answers
15
UPPCL AE 2018:22
If we decide to stay away from $\text{IEEE 754}$ format by making our Exponent field $10$ bits wide and our Mantissa field $21$ bits wide, then which of the following statement is $\text{TRUE}$? It will provide less precision as there will be fewer Mantissa bits It will provide more precision as there will be fewer Mantissa bits None of the above It will not change the precision
If we decide to stay away from $\text{IEEE 754}$ format by making our Exponent field $10$ bits wide and our Mantissa field $21$ bits wide, then which of the following sta...
admin
423
views
admin
asked
Jan 5, 2019
Digital Logic
uppcl2018
digital-logic
number-representation
ieee-representation
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7
votes
3
answers
16
IEEE 754 Standard
In IEEE $754$ single floating point format, how many numbers can be represented in the interval [10, 16)? A. $2^{21}$ B. $3 * 2^{21}$ C. $5 * 2^{21}$ D. $2^{22}$
In IEEE $754$ single floating point format, how many numbers can be represented in the interval [10, 16)? A. $2^{21}$ B. $3 * 2^{21}$ C. $5 * 2^{21}$ ...
s_dr_13
2.1k
views
s_dr_13
asked
Jun 3, 2019
Digital Logic
digital-logic
floating-point-representation
ieee-representation
+
–
36
votes
5
answers
17
GATE CSE 2014 Set 2 | Question: 45
The value of a $\text{float}$ type variable is represented using the single-precision $\text{32-bit}$ floating point format of $\text{IEEE-754}$ standard that uses $1$ $\text{bit}$ for sign, $\text{8 bits}$ for biased exponent and ... . The representation of $X$ in hexadecimal notation is $\text{C1640000H}$ $\text{416C0000H}$ $\text{41640000H}$ $\text{C16C0000H}$
The value of a $\text{float}$ type variable is represented using the single-precision $\text{32-bit}$ floating point format of $\text{IEEE-754}$ standard that uses $1$ $\...
go_editor
11.3k
views
go_editor
asked
Sep 28, 2014
Digital Logic
gatecse-2014-set2
digital-logic
number-representation
normal
ieee-representation
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0
votes
1
answer
18
ISI2017-PCB-CS-8-a
Write the number $(-5)^{\frac{1}{2}}$ in single precision IEEE 754 floating point form.
Write the number $(-5)^{\frac{1}{2}}$ in single precision IEEE 754 floating point form.
go_editor
720
views
go_editor
asked
Sep 20, 2018
Digital Logic
isi2017-pcb-cs
digital-logic
ieee-representation
descriptive
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–
4
votes
2
answers
19
MadeEasy Test Series 2018: Digital Logic - Ieee Representation
Given the following binary number in 32-bit (single precision) IEEE-754 format: 10111110110000000000000000000000 The decimal value closest to this floating-point number is i'm getting : -0.75 answer given is : -0.375 please verify
Given the following binary number in 32-bit (single precision) IEEE-754 format: 10111110110000000000000000000000The decimal value closest to this...
charul
822
views
charul
asked
Jan 24, 2018
Digital Logic
digital-logic
ieee-representation
made-easy-test-series
+
–
2
votes
2
answers
20
UGC NET CSE | September 2013 | Part 2 | Question: 7
The $\text{IEEE}$ single-precision and double-precision format to represent floating-point numbers, has a length of ______ and ________ respectively. $8$ bits and $16$ bits $16$ bits and $32$ bits $32$ bits and $64$ bits $64$ bits and $128$ bits
The $\text{IEEE}$ single-precision and double-precision format to represent floating-point numbers, has a length of ______ and ________ respectively.$8$ bits and $16$ bit...
go_editor
1.7k
views
go_editor
asked
Jul 20, 2016
Digital Logic
ugcnetsep2013ii
digital-logic
ieee-representation
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