Answer:
Primary storage. Primary storage (also known as main memory, internal memory, or prime memory), often referred to simply as memory, is the only one directly accessible to the CPU.
Answer:
The corresponding schemas I use such as given below.
Explanation:
- <u>Dim</u>: Used in the design for certain artifacts belonging to measurements.
- <u>Fact</u>: Used for these artifacts throughout the design relevant to the truth
- <u>Admin</u>: Used for all configuration-related artifacts that could be open to professional end-users.
- <u>Audit</u>: That used to hold audit-related particles.
- <u>Etl</u>: Is used for keeping objects, particularly staging details, directly connected to something like the ETL method.
- <u>Report</u>: Used to keep objects utilized explicitly for programs for documentation.
- <u>Olap</u>: Used for keeping objects directly used for systems for study.
- <u>Test</u>: Used to carry objects which have been used exclusively for research.
- <u>Useful</u>- Used to carry objects that just about any member including its implementation may typically use.
Answer:
C
Explanation:
best option for the available answers
Answer:
Variable Where Declared
In Sub1 :
A Sub1
Y Sub1
Z Sub1
X Main
In Sub2:
A Sub2
B Sub2
Z Sub2
Y Sub1
X Main
In Sub3 :
A Sub3
X Sub3
W Sub3
Y Main
Z Main
Explanation:
In static-scoped languages with nested subprograms, the declaration of a variable is checked with the subprogram, if it is not found, it check within the parent method that called it, it continue until it find a declaration, if no declaration is found, it display an error.
In Sub1, a, y, z is declared there while the declaration of x is found in main.
In Sub2, a, b, z is declared, declaration of y is found in sub1 and declaration of x is found in main.
In Sub3, a, x, w is declared while the declaration of y, z is from the main.
