What is the primary objective of Software Quality Assurance (SQA)? To ensure software meets customer requirements To accelerate software development To increase software marketing To reduce software cost

To ensure software meets customer requirements

Which of the following best describes a software defect? A feature that meets user needs A deviation from the expected outcome An enhancement to software functionality A new software update

A deviation from the expected outcome

What is the role of a test plan in SQA? To outline the marketing strategy for software To define the scope, approach, resources, and schedule of testing activities To provide financial projections for software development To list the software development team members

To define the scope, approach, resources, and schedule of testing activities

What does the term 'verification' in SQA refer to? Ensuring the software is user-friendly Checking if the software meets specifications Marketing the software to potential users Updating software regularly

Checking if the software meets specifications

What does the acronym 'CMMI' stand for in the context of SQA? Capability Maturity Model Integration Computer Model Management Interface Certified Management and Monitoring Institute Continuous Maintenance and Improvement

Capability Maturity Model Integration

What is the primary objective of Software Quality Assurance (SQA)? To increase software functionality To ensure software meets customer requirements To reduce software development time To enhance user interface design

To ensure software meets customer requirements

Which model is widely used to assess and improve software processes? Waterfall Model V-Model Capability Maturity Model Integration (CMMI) Agile Model

Capability Maturity Model Integration (CMMI)

What is the role of 'verification' in software quality assurance? To check if the software is bug-free To ensure the product is built right To validate the software against user needs To perform user acceptance testing

To ensure the product is built right

In SQA, what does 'validation' refer to? Checking if the code is properly formatted Ensuring the software meets customer needs Verifying the software is built correctly Assuring code is optimized for performance

Ensuring the software meets customer needs

What is an important goal of SQA in agile development? Delivering software with no bugs Ensuring continuous integration and testing Maintaining a rigid plan Focusing solely on documentation

Ensuring continuous integration and testing

What is the primary role of a transition function in a deterministic finite automaton (DFA)? To map a state and input symbol to a single next state To map multiple states to a single input symbol To define the acceptance states of the automaton To determine the start state of the automaton

To map a state and input symbol to a single next state

How does the transition function of a non-deterministic finite automaton (NFA) differ from that of a DFA? It maps a state and input symbol to a set of possible next states It maps multiple input symbols to a single state It maps a state to a single output symbol It maps a set of states to a single input symbol

It maps a state and input symbol to a set of possible next states

Which of the following best describes the difference between DFA and NFA in terms of transition functions? DFA transitions are deterministic; NFA transitions can be non-deterministic DFA transitions are non-deterministic; NFA transitions are deterministic Both DFA and NFA have deterministic transition functions Both DFA and NFA have non-deterministic transition functions

DFA transitions are deterministic; NFA transitions can be non-deterministic

What is the significance of the transition table in finite automata? It provides a visual representation of state transitions for each input symbol It lists all possible acceptance states It defines the initial state of the automaton It shows the output for each input symbol

It provides a visual representation of state transitions for each input symbol

Which of the following is true about the transition function in a DFA? Each state and input combination maps to exactly one state Each state and input combination maps to zero or more states Each state maps to multiple input symbols Each input symbol maps to multiple states

Each state and input combination maps to exactly one state

In a DFA, what happens if there is no defined transition for a given state and input symbol? The automaton rejects the input string The automaton transitions to a new state The automaton enters an undefined state The automaton loops in the current state

The automaton rejects the input string

How are epsilon transitions represented in the transition function of an NFA? By allowing transitions without consuming an input symbol By mapping each input to multiple states By mapping each state to multiple inputs By defining a unique start state

By allowing transitions without consuming an input symbol

What is a key challenge in converting an NFA to a DFA regarding transition functions? Accounting for multiple possible next states in NFA transitions Defining a unique initial state Ensuring only one accepting state in the DFA Mapping multiple inputs to single states

Accounting for multiple possible next states in NFA transitions

In the context of finite automata, what is a transition function? A function that determines the next state based on the current state and input symbol A function that maps input symbols to output symbols A function that initializes the automaton A function that counts the number of transitions

A function that determines the next state based on the current state and input symbol

What is the role of the transition function in defining state changes in finite automata? It specifies how to move from one state to another based on input symbols It determines the initial state of the automaton It describes the output function of the automaton It calculates the total number of states

It specifies how to move from one state to another based on input symbols

In a DFA, what does the transition function determine? Next state for each input symbol Final output value Initial state Number of states

Next state for each input symbol

How does the transition function differ between a DFA and an NFA? DFA has a single next state, NFA can have multiple DFA uses random state transitions, NFA does not DFA has no transition function, NFA does DFA can transition to multiple states, NFA cannot

DFA has a single next state, NFA can have multiple

In a DFA, what does the transition function map? States to input alphabets Input alphabets to states States and input alphabets to a single state States to final states

States and input alphabets to a single state

What is the primary role of a transition function in a finite automaton? To define state transitions based on input symbols To store the final states To determine the initial state To calculate the output of the automaton

To define state transitions based on input symbols

Which of the following best describes how DFA transition functions handle input symbols? Each input symbol leads to exactly one state Each input symbol can lead to multiple states Input symbols have no effect on state changes Input symbols determine the final state directly

Each input symbol leads to exactly one state

What is a key difference in transition function behavior between DFA and NFA? DFA transitions are deterministic; NFA transitions are not NFA transitions are deterministic; DFA transitions are not Both DFA and NFA have deterministic transitions NFA has no transition function

DFA transitions are deterministic; NFA transitions are not

Why is the transition function critical for the operation of finite automata? It dictates how the automaton responds to inputs It defines the final states It initializes the automaton It calculates the output of each input

It dictates how the automaton responds to inputs

What is the primary role of a transition function in finite automata? To define the initial state To determine state changes based on input To identify all possible final states To specify the set of input symbols

To determine state changes based on input

How does a DFA differ from an NFA regarding transition functions? DFAs have multiple initial states, NFAs have one DFAs have a transition function mapping to a single state for each input NFAs do not have transition functions DFAs allow transitions without input symbols

DFAs have a transition function mapping to a single state for each input

What is the significance of Veeva AI being free for Vault CRM customers until the end of 2030? It provides exclusive features only to premium users. It allows customers to explore AI without additional costs. It requires a subscription fee after 2025. It limits AI access to a trial period of one year.

It allows customers to explore AI without additional costs.

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