Windows stores information from the Credential Manager application in secure folders called<u> VAULTS.</u>
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Explanation:
- A credential vault is a database used to store passwords and similar cryptographic key material.
- The most common data stored in a credential vault are current and historical passwords to privileged accounts.
- All credentials are saved in special folders on the computer, a place called Vaults. Moreover, you can back up all credentials to a file and restore them on to different computer.
- Vault is a shareware program that acts as a bank vault, or safe, where you can keep you private information or files hidden and secure.
- Everything in the vault is protected with an advanced encryption, and requires a password (your password) to open the vault to access the information.
Answer:
D
Explanation:
Adobe Dreamweaver can hep him make a website and publish it.
Answer:
The answer is "Option a".
Explanation:
Privacy is a set of rules, which limiting access to the data, and integrity ensures impartiality, accuracy, and reliability is assured to ensure, which authorized persons can have secure access to the data.
The system needs no access for everyone to achieve its secrecy and integrity contained in a completely safe data system, that's why the given statement is "true".
Answer:
1. Classes and objects
2. Inheritance
3. Polymorphism
4. Data hiding/ encapsulation
5. Interfaces.
Explanation:
Classes and objects depict the major component of the OOP (object oriented programming). It explains the object like a ball in a soccer game development.
The inheritance is like the subclass of the object. Data hiding is a stage in oop where the codes or data are hidden from another users.
In the polymorphism stage, the object is given the ability to change to a sub-object, while in the interface stage a function or method signature is defined without implementing it.
Answer:

Explanation:
The Hexa-decimal numbers have base 16 and includes numbers:
0, 1, 2, 3, 4, 5, 6, 7, 8, 9, A, B, C, D, E and F
The given steps are performed to convert a decimal number to hexa-decimal number, here to convert decimal number 35 to hexa-decimal number:
- Divide 35 by 16
- Note the remainder, r which is 3 here and quotient which is 2
- Again divide 2 (quotient) by 16 and note the remainder, r' which is 2 and quotient is 0
- We will stop here as the quotient is now 0. Usually division by 16 is repeated until we get quotient = 0
- Now arrange the remainder in reverse order to get the hexa-decimal number as r'r
- The hexa-decimal number is
