The packet is
dropped or discarded. By default, a router will send packets
to a network that has been listed in the routing table. If it happens that the
network is not listed, the packet will be discarded or dropped. Packets that do
not have a default route or gateway of last resort are dropped.
With four processing cores, we get a speedup of 1.82 times.
<h3>
What is Amdahl's Law?</h3>
Amdahl's law exists as a formula that provides the theoretical speedup in latency of the implementation of a task at a fixed workload that can be expected of a system whose resources exist improved.
Amdahl's law exists that, in a program with parallel processing, a relatively few instructions that hold to be completed in sequence will have a limiting factor on program speedup such that adding more processors may not complete the program run faster.
Amdahl's law stands also known as Amdahl's argument. It is utilized to find the maximum expected progress to an overall system when only part of the system exists improved. It is often utilized in parallel computing to indicate the theoretical maximum speed up utilizing multiple processors.
Hence, With four processing cores, we get a speedup of 1.82 times.
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<span>i believe the answer is C</span>
Answer:
3e : 00111110 (62)
3e0 : 0000001111100000 (992)
3e00 : 0011111000000000 (15872)
Explanation:
Converting the given hexadecimal numbers to binary and decimal format:
1) 3e
3-> 0011
e-> 1110
Combining , 3e -> 00111110
This can be converted to decimal by multiplying each 1 in the binary representation by 2^(position -1) and adding the results.
So 3e = 32+16+8+4+2 = 62
2) 3e0
Binary => 0000001111100000
Converting to decimal : 992 [ This is 16 times a]
3) 3e00
Binary => 0011111000000000
Converting to decimal : 15872 [ This is 16 times b]
So adding a 0 to the hex representation multiplies the decimal number by 16.
- 1.No there is no any hexadecimal digits that cannot be created using 4 bits. Hexadecimal digits can all be created using 4 digits/
- 2.The number of bits required to to represent the (10)16 is 5 bits.
- 3. To represent every hexadecimal value from 016 to ff16, 8 bits will be required
- 4. The given number is in binary and to convert any binary number to hexadecimal, we convert it sets of 4 digits to the hexadecimal equivalent.
- 5. The value of converting the given binary to a number in hexadecimal is 93DA
<h3>what is hexadecimal?</h3>
The term hexadecimal refers to a number systems in base 16. Most number systems are in decimal or base ten however hexadecimal is a kind of number system that is in base 16. Hexadecimal has the base ten numbers from 0 to 9 and additional letters A, B, C, D , E, and F
<h3>How to convert to binary to hexadecimal</h3>
(1001 0011 1101 1010) base 2
1001= 8+0+0+1=9
0011=0+0++2+1=3
1101=8+4+0+1=13=D
1010=8+0+2+0=10=A
bringing the values together gives
93DA
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