Answer:
1. Hydrostatic pressure.
2. Pressure.
3. Equilibrium forces.
Explanation:
1. <u>Hydrostatic pressure</u>: pressure exerted by a stationary liquid. It is simply the pressure in a liquid such as water at a specific depth.
Mathematically, hydrostatic pressure is given by the formula;
Where:
- H.P is the hydrostatic pressure of a liquid.
- rho represents the density of a liquid.
- g is the acceleration due to gravity.
- d is the depth (height) of a liquid.
2. <u>Pressure</u>: it is the force in a direction perpendicular to a given surface area. Thus, it's typically measured in Newton per meters (N/m²).
Mathematically, pressure is given by the formula;
3. <u>Equilibrium forces</u>: a pair of forces whose resultant is zero. It is also referred to as balanced forces because the resultant of all the pair of forces acting on a body or system is at equilibrium (balanced).
The primary source of help for technical problems with BC Online (computer settings, password, etc.) is: The Instructor
<h3>Computer Technical Problems</h3>
Usually when we have problems on our computers, depending on the type of problem we can call the attention of a technician or follow the advice of an instructor or the message prompt on the software or website.
However, when it comes to technical problems such as Computer settings or password, we have to make sure we follow the instructions given by the instructor primarily especially because BC Online from the question is a type of Government Registry Information that is used by the citizens with the aid of instructors.
Read more on computer technical problems at;
brainly.com/question/17506968
Answer:
B. The process will be terminated by the operating system.
Explanation:
When Round Robin is used for CPU scheduling, a time scheduler which is a component of the operating system is used in regulating the operation. A time limit is set for each of the processes to be run.
So, when a process fails to complete running before its time elapses, the time scheduler would log it off and return it to the queue. This queue is in a circular form and gives each of the processes a chance to run its course.
