Answer:
The answer to this question is given below in the explanation section.
Explanation:
The correct matching answers for this question are given below. In this question, it is asked to identify the data type of the given scenario.
Integer short and integer long data type:
These data types can hold whole positive and negative numbers. however, you can also store positive and negative values in float and double data type also.
Boolean data type:
Boolean data type usually stores true or false values such as yer or no, true or false etc. It stores binary values i.e 1 or 0.
Float and Double data type: float and double data type can store positive and negative numbers with decimals. But, the float data type can store 4 bytes of data and sufficient for storing 7 decimal digits. while double data type has a size of 8 bytes of data and sufficient for storing 15 decimal digits.
However, for the given scenario in the question, the float data type can accomodate these values easily.
I will explain this concept using an example for Small Businesses.
The concept of Frustrated Users (Employees) is an example of a technological problem. Interacting with technology is a huge part of the employees’ day. Using slow, outdated systems with frequent problems makes it much more difficult for them to be happy and productive.
How would it impact a business if the company enabled the employees to get just 5 percent more accomplished every day? the answer is simply by keeping the technology up to date. So, the problem exposed above allows the company to find new ways and opportunities to make the job easier.
The company would need to establish a training plan for the employees. Maybe establishing a diploma course that allows them to learn and know better the new technologies.
Answer:
Authentication
Explanation:
Authentication allows for the verification of a message's origin, and integrity provides proof that a message's contents have not changed since it was sent. Additionally, non-repudiation ensures that a message sender cannot deny sending the message.
continuously variable aspects of physical phenomena such as a electrical, mechanical etc.
