Answer:
4, 2
Explanation:
for numx in [3, 4]:
for numy in [1, 2]:
print (numx, numy)
make sure to indent properly
My response to this suggestion would be that the number of shards exceeds the number of instances because a single worker can process an infinite number of shards.
<h3>What is AWS?</h3>
AWS is an acronym for Amazon Web Service and it can be defined as a web-based service that is saddled with the responsibility of providing on-demand cloud computing and application programming interface (API) to individuals, governments, and business firms on a metered basis.
<h3>What is
Amazon Kinesis?</h3>
Amazon Kinesis can be defined as an Amazon Web Service (AWS) which is designed and developed to enable an end user to ingest, buffer, and process large-scale data streams from multiple services in real-time.
In this scenario, my response to this suggestion would be that the number of shards exceeds the number of instances because a single worker can process an infinite number of shards.
Read more on Amazon Kinesis here: brainly.com/question/28115685
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Answer: The message must be sent 9.313 approximately 9 times to get the entire data through.
Explanations: To find how many times the message must be sent on average to avoid error control in data link later.
E = 1/P
E = The average number of attempt before successful transmission.
P= Total probability of transmission without error.
STEP1 : FIND TOTAL PROBABILITY;
Since it each frame has a probability of 80% to be successful.
For each frame p = 80/100 = 0.8
For the 10 frame; total probability
P= (0.8)^10 = 0.1074
STEP2: FIND THE AVERAGE NUMBER OF OF TRIAL BEFORE A SUCCESSFUL TRANSMISSION WITHOUT ERROR;
Using equation above
E = 1/P
E= 1 ÷ 0.1074 = 9.313
Therefore they must be an average of 9.313 approximately 9 trials before a successful transmission without error.
Answer:
I'm taking a test in history. I'm bored too
The mechanism transmits rotary motion to reciprocating is the crank and slider. <span>A crank and slider mechanism changes straight-line motion into rotation motion. Typically found in piston engines or piston pumps, this design consists of a rod that connects to a rotating driving beam and a sliding body.</span>