Answer:
Systems analysis phase.
Explanation:
In a systems development life cycle (SDLC) model, the purpose of the systems analysis phase is to build a logical model of the new system.
In the systems analysis phase, the system developer examines or analyzes the information or data about the requirements of an end-user, which are then implemented to achieve the organizational set goals and objectives.
Hence, systems analysis refers to the process of gathering data or factual informations, understanding processes, problem identification and suggestions of probable solutions for an effective and efficient functioning of the system.
Answer:
Dell is a globally integrated company
Explanation:
A company that designs its strategy, management, and operations in pursuit of a new goal; which is the integration of production and value delivery worldwide is known to be a globally integrated company.
From the question, Dell was described as an American corporation that deals with computer technology with its worldwide sourcing and fully merged production and marketing system. Thus, Dell is a globally integrated company.
Answer:
Following are the code to the given question:
public class BaseballPlayer//defining a class BaseballPlayer
{
BaseballPlayer(int numHits, int numRuns, int numRBIs)//defining a parameterized cons
{
}
}
Explanation:
Some of the data is missing, which is why the solution can be represented as follows:
In this code, a class BaseballPlayer is defined, and inside the class a parameterized constructor is defined that holds three integer variable "numHits, numRuns, and numRBIs".
Answer:the main signal bearing entities are voltage and their current in circuit environments.
Explanation:
Answer:
Concurrent software is better suited to parallel processing environment represented by multiprocessors as compared to sequential software.
Explanation:
Sequential software corresponds to a code which is executed step by step on a single processing unit. A concurrent software on the other hand supports parallel execution by splitting the execution across multiple parallely executing component units. A multiprocessor system speeds up concurrent execution by providing independent execution units (processors) for these code segments running parallely. So concurrent software is better suited to multiprocessors.
