The power supply and the Hard drive are the two components that makes loud whining noise when a problem is detected.
<u>Explanation:</u>
- Computers can undergo what's called “coil whine,” which is a high-pitched noise that originates from the computer.
- coil whine is an unacceptable noise emitted by an electronic component vibrating as power runs through an electrical cable.
- It's easy to infer that the noise is an indication of influential computer malfunctioning or that something is cut, disconnected, or about to collapse.
- It is normally caused by an electrical current passing through a power-regulating component like a transformer or inductor, inducing its electrical wiring to vibrate at a shifting frequency.
- Luckily, coil whine is normal behavior.
10 minutes
Daguerreotype
Connect the cable between them
Shutters
A digital camera
Chemicals
Joseph Niepce
White
Copper
Camera Lenses
False
True
True
True
False
Thank you for taking photography class, I am doing the same class (FLVS SQUAD!!)
In the case above, the operation is not efficiently supported by heaps is Find.
<h3>What are heap operations?</h3>
The operation that are known to often use heaps are:
- Heapify
- Find-max (or Find-min)
- Insertion, etc.
Therefore, In the case above, the operation is not efficiently supported by heaps is Find.
See full question below
Which operation is not efficiently supported by heaps?
a. DeleteMin
b. Find
c. FindMin
d. Insert
e. all of the above are sufficiently supported
Learn more about operation from
brainly.com/question/24214198
#SPJ11
Answer:
Yes, both of these segments (A and B) will be directed to the same socket at Host C .
Explanation:
Suppose both Host A and Host B each send a UDP segment to Host C with destination port number 6789, surely , both of these segments will be directed to the same socket at Host C .
Reason being that, the operating system will provide the process with the IP details to distinguish between the individual segments arriving at host C- for each of the segments (A and B) recieved at Host C.
