Answer:
A. Do your own research including reading articles related to the same topic.
Explanation:
To confirm online information that is not made by reputable experts, professionals, journals, or websites, it is always recommended to cross-check such information carefully. To do that is to make research on the same topic and confirm if the actual information is the same.
Hence, in this case, the correct answer is "Do your own research including reading articles related to the same topic."
Devices with <u>embedded technology</u> that can send and receive data wirelessly or via the internet make up the internet of things (iot).
<h3>What is embedding technology?</h3>
The term ET (Embedding Technology) is known to be a kind of a tech that serves as the main solution to issues of low spaces.
In any kind of embedding process, there is found to be active or passive parts that are known to be positioned in the stack up way so that they are said to be fully integrated into its buildup.
Hence, Devices with <u>embedded technology</u> that can send and receive data wirelessly or via the internet make up the internet of things (iot).
Learn more about embedded technology from
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Answer:
The solution code is written in Python
- def findSmallest(vec, start):
-
- index = start
- smallest = vec[start]
-
- for i in range(start + 1, len(vec)):
- if(smallest > vec[i]):
- smallest = vec[i]
- index = i
-
- return index
Explanation:
Firstly we can define a function findSmallest() that takes two input parameters, a vector, <em>vec</em>, and a starting position, <em>start </em> (Line 1).
Next, create two variables, <em>index</em> and <em>smallest</em>, to hold the current index and current value where the smallest number is found in the vector. Let's initialize them with <em>start</em> position and the value held in the<em> start </em>position (Line 3-4).
Next, create a for-loop to traverse through the next value of the vector after start position and compare it with current <em>smallest </em>number. If current <em>smallest</em> is bigger than any next value in the vector, the <em>smallest </em>variable will be updated with the new found lower value in the vector and the index where the lower value is found will be assigned to variable<em> index</em>.
At the end return index as output.
