Answer: Strong 128-bit encryption.
Explanation: An individual character corresponds to 8 bits . So if there are 16 characters then,
16
8=128 bits keys
This makes the 128 bit key encryption the strongest amongst all other options.It is strongest because it is almost impossible to decode the 128-character key by any method e.g.-brute-force method.
Other options are incorrect because the characters given by the other bits are as follows: 
=32 characters
=64 characters
=128 characters
Thus, the strongest character key is of 128 bits. for cipher.
Hi!
Our computers will have system software and application software. Application software would be something like a game or just any general purpose app you've downloaded.
Hopefully, this helps! =)
Answer:
D
Explanation:
As it's not fair if they all lose there privileges
Option B is the correct answer, Employers have flexibility in choosing a fall protection system they believe will work best in a situation selected. It is the primary duty of employer to provide safety to its workers. Employers must setup a suitable protection system at workplace from falling off from overhead platforms and from elevated workstations during construction for safety of its employees.
Further Explanation:
⦁ Employer must ensure compliance to OSHA-Fall protection in construction.
⦁ Generally, fall protection must be ensured by deploying guardrail systems at the edge of construction sites, safety systems built by nets or personal fall arrest.
⦁ OSHA requires to built fall protection system irrespective of fall distance to make sure safety conditions for workers/ employees.
Answer details:
Grade: High School
Subject: Computer Science and Technology.
Learn More:
Fall protection and compliance to OSHA rules and regulations
brainly.com/question/8910167
Employer responsibility in providing fall protection
brainly.com/question/5872956
Key Words: Fall protection, OSHA, workplace safety, guardrail systems etc.
Image of guardrail as an example is attached.
In general, synchronous communication means you have to wait for the answer all the time. The programming logic is simpler, but the cost that you spend a lot of time waiting.
If the options are:
<span>a. The people communicating don't need to be online at the same time.
b. There is lag time in the communication.
c. The communication occurs in real time.
a is false, you do need to be online to receive the message
b is true, typically you continue only after an acknowledgement
c is true, you wait for acknowledgement that occurs in real time (not necessarily fast though)</span>
