Answer:
False
Explanation:
No app icon on app's action bar will move the device to its home screen.It is not a valid statement.
NOT appropriate to use for affirmations in Full Verbatim are :
d) Mm
e) Ammm
f) Aha
Explanation:
- In verbatim transcription, interviews are transcribed word for word, and sound for sound. Every um, uh, laugh, and sound must be recorded for posterity.
These are the preferred spellings of typical utterances:
-
Affirmative: uh-huh, mm-hmm, yeah.
- Don't use: um-hum, um-hmm, uh-hum
- Full verbatim refers to a transcript that includes absolutely everything that is said, exactly how the speakers say it. This means we include all ums, uhs, grammatical and vocabulary mistakes, false starts and repetitions - everything.
- Verbatim is defined as an exact repetition without changing the words. An example of verbatim is when you quote someone exactly without changing anything.
Answer:
B
Explanation:
When you initialize an instance of FunEvent(tags, year) and assign it to bc. The instance variables in this case are: self.tags = ["g", "ml"] and self.year = 2022. But then you alter tags, which will also change self.tags, since self.tags is a reference to the list you passed in as an argument. This is not the case when you do year=2023 because, first of all, integers are not mutable, and also because even if somehow integers were mutable, you're not changing the object in-place, you're simply changing the where the "variable" is pointing to. So for example if you did tags = ["g", "ml", "bc"] instead of tags.append("bc"), it would also not change the value of the instance variable "tags", because you wouldn't be changing the object in-place. So when you print(bc), the instance variables will be ["g", "ml", "bc"] and 2022. When you try to print an object, it call try to convert it into a string using the __str__ magic method. In this case it will return a string formatted as "Event(tags={self.tags}, year={self.year}) which will output "Event(tags=['g', 'ml', 'bc'], year=2022)" So the correct answer is B
The best scenario is when a program suffers from frequent
page faults. In the situations when a kernel thread experiences a page fault,
another kernel thread can be switched in; something a single-threaded process
will not be capable of doing. Another best circumstance is when a program has
to wait for other systems events.
Explanation:
Windows Firewall
Windows Firewall is a packet filter and stateful host-based firewall that allows or blocks network traffic according to the configuration. A packet filter protects the computer by using an access control list (ACL), which specifies which packets are allowed through the firewall based on IP address and protocol (specifically the port number). A stateful firewall monitors the state of active connections and uses the information gained to determine which network packets are allowed through the firewall. Typically, if the user starts communicating with an outside computer, it remembers the conversation and allows the appropriate packets back in. If an outside computer tries to start communicating with a computer protected by a stateful firewall, those packets are dropped automatically unless access was granted by the ACL.
