- # Algorithm to find the number of integers greater than 10 in a list
- list = read(list of integers)
- n = len(list)
- count = 0
- For i = 1 to n
- If list[i] > 10:
- count = count + 1
- Endif
- End
- Return count
<h3>
Explanation:</h3>
Then the length of the list is stored in a variable n. A variable count to store the number of integers more significant than 10 is initialized to 0.
- Then, a for-loop is used to iterate over the list. A for-loop is used in this case because every element of the inventory needs to be checked for a value greater than 10.
- In each iteration of the for-loop, the value at the index of the list is checked. If the value is greater than 10, then the counter variable count is incremented by 1.
- The iterations continue till the for-loop ends. At this point, the variable count will be the number of integers greater than 10.
- Note that in case the list does not have any number greater than 10, then the count variable will be 0.
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Talk about who created it when it was created and the begging of it. Talk about how it established over the years. Then talk about the achivements like the first computer.
Answer:
IP address.
Explanation:
An IP address is an acronym for internet protocol address and it can be defined as a unique number assigned to a computer or other network devices, so as to differentiate each device from one another in an active network system. Thus, an IP address is typically used to uniquely identify each computer or network devices connected to the internet or network.
Hence, 69.147.76.15 is an example of an IP address.
In Computer networking, IP address are classified into two (2) main categories and these are;
1. Local (internal) IP address.
2. Global (external) IP address.
Generally, when this IP address such as 69.147.76.15 is translated by a domain name system (DNS), it is mapped to the domain name yahoo.com which is much more understandable or comprehensible to the end users.
Answer:
<u>Python 3</u>
Explanation:
The language's latest iteration, Python 3.9, was released on October 5, 2020. It includes even more new features such as relaxed grammar restrictions, flexible function and variable annotations, and new string methods to remove prefixes and suffixes.
