Hardware & Architecture Homework #2-100 Pts Answer the following questions, showing your work where appropriate: provided represents an unsigned value. 1. (36 Pts 1 Pt Each) Convert the following values to the other bases. Assume each value For binary values, include leading zeros, as needed, to the nearest group of 4 bits (Example: 123(Hex)-0001 0010 0011(Binary)...note the leading zeros in red.) Binary 01011101 Hexadecimal Decimal 2. 5B6 507 10100111 29D 8,154 01101100 167 742 0001010010111111 109E 9,076 1110000000100011 F8A4 1,408 1111100100101000 3CB2 2,090 (4 Pts 2 Pts Each) If a computer has 12-bit addresses, - a. How many addresses are possible? b. Assuming that addressing begins at zero, what is the decimal value of the highest address?
Hardware & Architecture Homework #2-100 Pts Answer the following questions, showing your work where appropriate: provided represents an unsigned value. 1. (36 Pts 1 Pt Each) Convert the following values to the other bases. Assume each value For binary values, include leading zeros, as needed, to the nearest group of 4 bits (Example: 123(Hex)-0001 0010 0011(Binary)...note the leading zeros in red.) Binary 01011101 Hexadecimal Decimal 2. 5B6 507 10100111 29D 8,154 01101100 167 742 0001010010111111 109E 9,076 1110000000100011 F8A4 1,408 1111100100101000 3CB2 2,090 (4 Pts 2 Pts Each) If a computer has 12-bit addresses, - a. How many addresses are possible? b. Assuming that addressing begins at zero, what is the decimal value of the highest address?
C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter3: Assignment, Formatting, And Interactive Input
Section3.2: Formatting Numbers For Program Output
Problem 8E
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This is homework
![Hardware & Architecture Homework #2-100 Pts
Answer the following questions, showing your work where appropriate:
provided represents an unsigned value.
1. (36 Pts 1 Pt Each) Convert the following values to the other bases. Assume each value
For binary values, include leading zeros, as needed, to the nearest group of 4 bits
(Example: 123(Hex)-0001 0010 0011(Binary)...note the leading zeros in red.)
Binary
01011101
Hexadecimal
Decimal
2.
5B6
507
10100111
29D
8,154
01101100
167
742
0001010010111111
109E
9,076
1110000000100011
F8A4
1,408
1111100100101000
3CB2
2,090
(4 Pts 2 Pts Each) If a computer has 12-bit addresses,
-
a. How many addresses are possible?
b. Assuming that addressing begins at zero, what is the decimal value of the highest address?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd7dcbfcd-ec40-4419-b8e9-2a693a942e70%2F0c15d8b2-ab89-438c-8f5d-126a17353dec%2Fg6v0yxk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Hardware & Architecture Homework #2-100 Pts
Answer the following questions, showing your work where appropriate:
provided represents an unsigned value.
1. (36 Pts 1 Pt Each) Convert the following values to the other bases. Assume each value
For binary values, include leading zeros, as needed, to the nearest group of 4 bits
(Example: 123(Hex)-0001 0010 0011(Binary)...note the leading zeros in red.)
Binary
01011101
Hexadecimal
Decimal
2.
5B6
507
10100111
29D
8,154
01101100
167
742
0001010010111111
109E
9,076
1110000000100011
F8A4
1,408
1111100100101000
3CB2
2,090
(4 Pts 2 Pts Each) If a computer has 12-bit addresses,
-
a. How many addresses are possible?
b. Assuming that addressing begins at zero, what is the decimal value of the highest address?
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