Answer: Layout
Explanation: Layout is the basic interface design between the flow in a system that is in compact form so that user can access it easily. It also manages the flow of the interface pattern in whichever direction( top, left, bottom, right ) accordingly in minimal way. It also lets the user take the control over the panel interface that are in the display or may be hidden form.
The correct answer should be process type of software metric. The process metrics are used to help in strategic decision making. The processes such as work products delivery, expended human hours and conformance to quality and schedule are all metrics in the process domain.
Answer:
Logical Data Model
Explanation:
An Entity Relationship Diagram (ERD) is a model or a diagram designed to reveal the relationship between various entities such as people, places, objects, and so on within an institution. Entity relationship diagram is also known as Entity relationship model. This model is used to design relational database by various sectors such as education, engineering, business, etc.
<u>ERD is designed using conceptual data model, logical data model, and physical data model</u>.
The visual practice or model that gives more insight into the logical relations among the entity is the logical data model.
The logical data model is used to illustrate more detailed operational and relational data among the entities. It is more detailed than the conceptual data.
So, the correct answer is logical data model.
A computer’s motherboard has a series of slots and connectors. Slots allow daughter boards to be plugged directly while connectors allow communication through cables with other peripheral devices. CPU sockets, Hard Drive connectors, Memory sockets, and Power connector are examples of components that can be connected internally in some way to the motherboard. Other physical devices include RAM, hard disks, and graphics card.
Answer:
The five eras are automated special-purpose machines, general-purpose mainframe and minicomputer computing, personal computers, client/server networks, and enterprise and Internet computing. Illustrated here are the typical computing configurations characterizing each of the five eras of IT infrastructure evolution.
