Answer:
Explanation:
It knows how to remember data and where to find that data. In other words, it knows how the raw memory works. (RAM).
It understands how to make a program run within the confines of its logical steps in an order that makes the program work the way the user intends.
It can be made to display short cuts, or any icon or picture (not an obvious talent).
It can search for unwanted intruders like ads or viruses.
It can can time events even to the point of getting your coffee ready for you with the proper add on.
Rapid Application Development is the specific term
Cloud-first strategy differ from other approaches as It keeps all the services performed by legacy systems while moving to the Cloud in a staggered approach.
<h3>What is a cloud first strategy?</h3>
The change of cloud computing has brought about “cloud-first” strategy.
This is known to be a way to computing that tells that a firm should look first to cloud solutions when creating new processes or taking in old processes before taking in non-cloud-based solutions.
Note that Cloud-first strategy differ from other approaches as It keeps all the services performed by legacy systems while moving to the Cloud in a staggered approach.
See options below
it enables an organization to completely move to the cloud without infrastructure or support requirement
it keeps all the services performed by legacy systems while moving to the cloud in a staggered approach.
it partners technology with multiple other disciplines for comprehensive business transformation.
it uses artificial intelligence to automate all business processes and completely eliminate human error.
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Answer:
Explanation:
The following procedure is written in Python. It takes the next argument, checks if it is an odd number and if so it adds it to oddsum. Then it asks the user for a new number from the keyboard and calls the accumulator procedure/function again using that number. If any even number is passed the function terminates and returns the value of oddsum.
def accumulator(next, oddsum = 0):
if (next % 2) != 0:
oddsum += next
newNext = int(input("Enter new number: "))
return accumulator(newNext, oddsum)
else:
return oddsum