mplement a stack data structure in Java and demonstrate its usage by performing the following subparts: a) Explain the principles and working of a stack data structure. b) Implement the stack data structure in Java, including its operations: push, pop, and peek. c) Provide an example scenario where the stack data structure can be used effectively and demonstrate its usage. d) Analyze the time and space complexity of the stack operations and discuss their efficiency.

Describe the key distinctions that exist between constrained and unbounded stack implementations.

All parts are in C# 3Is data in C# allocated on a stack or on a heap or both? If it is both stack and heap, then explain what data is allocated where. Use terms such as stack-dynamic, heap-dynamic (fixed and generic). What is the mechanism to deallocate heap-allocated data, if any (programmer-controlled or automatic garbage collection)? Is data mutable or immutable or both? If both, then explain what data is mutable and what data is not. In what ways are variables defined and bound to the type (explicit vs implicit, statically vs dynamically bound)? Show examples.

What consequences are there for the failed construction of a stack resource?

What distinguishes the stack's restricted and unbounded implementations?

Refer to the given program. Draw a diagram to represent the following stack operations, step-by-step as the program executes. Show the output, if any. Explain your answer

What is the difference between a stack and a queue in computer science, and how are they implemented? Provide examples of scenarios where using a stack or a queue would be the most appropriate data structure choice.

Memory (address space) is set aside at program startup to store things like text, data, and data structures (stack, heap). Describe the applications of stacks and heaps, and what the limits on their use are for a given process.

Discuss how to create a non-executable stack and identify the stack's exploitable weaknesses?

1. What is stack used for in java? Give three uses 2. What is the value of Bytecode Verifier in JVM