Answer:
yes you should get a 10 bc it not to much and u can still get something cool
Using the computational knowledge in python it is possible to write a code that Write a recursive function called digit_count()
<h3>What is a function in Python?</h3>
In Python, a function is a sequence of commands that performs some task and that has a name. Its main purpose is to help us organize programs into chunks that correspond to how we envision a solution to the problem.
<h3>Writting the code in python:</h3>
<em>def countDigits(n):</em>
<em> if n< 10:</em>
<em> return 1</em>
<em> else:</em>
<em> return 1 + countDigits(n / 10)</em>
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<span>Her liabilities are her credit card bill and her car loan. These are things that she owes and has to pay off, so they are liabilities due to the fact that she owes for these items. Her bonds, piano, bank account, and bicycle are counted as assets.</span>
Answer:
ASIC
Explanation:
Undoubtedly, it is the ASIC and not FPGA. The field programmable Gate Array is meant for general purposes, and ASIC is meant for Specific purposes. And here the application-specific condition holds. We need it for medium production of an image transformation, and this is like Bitcoin which is application-specific. And thus, the correct type of IC which we need in this case is the FPGA, And hence, FPGA is the correct option here.
Answer:
new_segment = [ ]
for segment in segments:
new_segment.append({'name': segment, 'average_spend': money})
print( new_segment)
Using list comprehension:
new_segment =[{'name': segment, 'average_spend': money} for segment in segments]
Using map():
def listing(a):
contain = {'name': segment, 'average_spend': money}
return contain
new_segment = [ ]
new_segment.append(map( listing, segment))
print(list(new_segment)
Explanation:
The python codes above create a list of dictionaries in all instances using for loop, for loop in list comprehension and the map function which collect two arguments .
