If a robot is able to change its own trajectory as per the external conditions, then the robot is considered the intelligent option (A) is correct.
<h3>What is AI?</h3>
Unlike the natural intelligence exhibited by animals, including humans, artificial intelligence is a form of intelligence demonstrated by robots.
The question is incomplete.
The complete question is:
If a robot can alter its own trajectory in response to external conditions, it is considered to be:
A. intelligent
B. mobile
C. open loop
D. non-servo
E. None of the above
Robots are regarded as intelligent if they can alter their own course in response to environmental factors. These kinds of agents fall into the AI agent or Rational Agent group.
Thus, if a robot is able to change its own trajectory as per the external conditions, then the robot is considered the intelligent option (A) is correct.
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Answer:
- def Lambda(strList):
- return list(filter(lambda s: (s.startswith("e")), strList))
-
- print(Lambda(["meaning", "cart", "engine", "egg"]))
Explanation:
The solution code is written in Python 3.
Lambda function is an anonymous function. It is a function without any name and it is started with keyword lambda. To write a lambda function to filter the string started with an 'e', we can write a lambda expression, s.startswith("e") that work on one input strList. If any word from strList started with letter "e", the word will be added into a list generated by filter function. At the end, the Lambda function will return the list of strings as output.
When we test the Lambda function using the sample string list (Line 4), we shall get ['engine', 'egg'] printed to terminal.
Hello there!
They already gave you the answer just by saying "while serving his or her nation". So, the only way you can serve your nation is when you join the military.
So, the correct missing word is Joining the military.
I hope this helps!
Answer:
Latency of an object O is shown below.
Explanation:
W segment and stalled state transmits nothing and waits for acknowledgement. The latency is 2 R TT + the time required for server that are using to transmit the object + the amount of time when server is in stalled state. Let K be the number of window that is K= O/WS .The serveries stalled state where K-1 is period of ime with period lasting RTT-(W-1)S/R
latency = 2RTT +O/R +(K-1)[S/R +RTT - WS/R]
After combining the two case
latency = 2 RTT + O/R + (K-1)[S/R +RTT - WS/R]
where [x] means maximum of (x.0). This is the complete ananlysis of the static windows.
server time for transmit the object is (K-1)[S/R +RTT - WS/R]
Answer:
I would get rid of the machine and well
