Answer:
The answer is given in attached document
Explanation:
The explanation is given in the attached document.
Answer:
TRUE, The PC is always incremented by the same amount in fixed-length instruction set architectures.
Explanation:
Its TRUE that Program Counter ( PC ) is always incremented by the same amount in fixed - length instruction set architectures ( fixed length ISA) . As the instruction set length is fixed in fixed - length instruction set architectures, the Program Counter to fetch the next instruction set it has to be incremented by fixed length. This fixed length depends on the hardware of the architecture (the number of bytes each machine word contains and number of machine words per memory location)
There are 6 bits in the offset field in a line size of 64 bytes.
<h3>
Offset field</h3>
To calculate the number of bits in the offset field, we use the formula:
N = log₂C
Where n is the number of bits and C is the size of the cache lines, hence:
N = log₂(64)
N = log₂(2)⁶
N = 6
There are 6 bits in the offset field in a line size of 64 bytes.
Find out more on Offset field at: brainly.com/question/8237529
For Arduinos, C++ wrappers around C are used. The goal is to hide the details with setting up and using the AVR, therefore, it's a pretty simple program.
Answer: C++
(P.S. copy and paste your question into google or safari and click on the link to reddit because there's a lot of good info about this there)
+ = <3
Answer:
designing a CPU for an embedded system
Explanation:
I just took the quiz and got it right.