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assembly programming Assignment Help

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Frequently Asked Questions

Q. 1)    Explain the concept of normalization in databases. Describe the steps to convert a relation to BCNF with examples.

Q. 2)    Explain the process of converting an infix expression to postfix notation using a stack. Provide an algorithm and solve an example.

Q. 3)    Explain the Rankine cycle with the help of a P-V and T-S diagram. Derive expressions for its efficiency.

Q. 4)    Which register is used for status and CPU control information?

Q. 5)    What is the difference between stack-based and register-based instruction execution? Illustrate the execution of a simple arithmetic operation using both approaches in assembly language.

Q. 6)    Can you write an assembly program for a CPU that supports 8-bit registers to compute the factorial of a number using recursion? Explain the use of stack and registers in your solution.

Q. 7)    What are flags in a CPU? Write an assembly program to demonstrate the use of the zero and carry flags in a subtraction operation.

Q. 8)    How are interrupts handled in assembly language? Write an assembly program to demonstrate the use of software interrupts to print a string.

Q. 9)    Can you write an assembly program to implement a simple bubble sort algorithm? Analyze the performance in terms of the number of instructions executed.

Q. 10)    How does a CPU execute a system call in assembly language? Write a program that demonstrates opening a file using a system call.

Q. 11)    What is the difference between RISC and CISC architectures? Compare their impact on assembly programming with examples of instructions from each type.

Q. 12)    How does branch prediction in modern CPUs help in reducing pipeline stalls? Provide an example of how a mispredicted branch can affect execution.

Q. 13)    Describe how instruction-level parallelism (ILP) is achieved in modern CPUs. Provide an example of assembly code that benefits from ILP.

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