Answer:
The correct answer to the following question will be "Mechanical off mode".
Explanation:
- The device will appear to be either on or off to the user. No other states are measurable. The device does, however, support various power states that suit the power states specified in the ACPI specification. Such states also differ, like hybrid sleep and rapid startup. This subject discusses certain states and how they will be represented.
- The system is completely off, and no power is used. Only after a full reboot will the machine return to working condition.
- It is called mechanical off mode when the machine and all parts, except for the actual-time clock, are down powered.
Therefore, Mechanical off mode is the right answer.
The answer is ..........
<span>Fair use </span>
The doctrine of fair use allows the limited use of copyrighted material for
certain educational, scholarly and research purposes without the permission of
the copyright owner. It applies to any copyrighted material regardless of
source, including the Internet. If you photocopy a page from one of your
textbooks or print a page from a copyrighted Internet site for certain
educational, scholarly or research purposes, your actions may fall under the
doctrine of fair use. The copyright laws give you permission to copy the work<span>
(with certain limitations), even though the owner of the copyright did not.
V.S
</span>Plagiarism
Plagiarism is "the representation of another's work or ideas as one's own; it includes the unacknowledged word-for-word use and/or paraphrasing of another<span> person's work, and/or the inappropriate unacknowledged use of another person's </span><span>ideas" (The Ohio State University Code of Student Conduct). This means that if </span><span>you use another person's work when completing any academic assignment,</span><span> </span><span>regardless
</span>
Designers use tonal shading because tonal shading gives a drawling dimension.
Hopefully this will help you out! :)
Answer:
In Python:
def print_volume (r):
volume = 4/3 * 3.142*r**3
print(volume)
print_volume(7)
print_volume(14)
print_volume(22)
Explanation:
This defines the function and takes radius r as the parameter
def print_volume (r):
This calculates the volume
volume = 4/3 * 3.142*r**3
This prints the volume
print(volume)
The next three lines call the function with different values
<em>print_volume(7)</em>
<em>print_volume(14)</em>
<em>print_volume(22)</em>
