Answer:
def rec_dig_sum( num ):
num_list = [ digit for digit in str(num)]
total = 0
for x in num_list:
total += x
return total
def dict_of_rec_dig_sums(low, high):
mydict = dict()
for number in the range(low, high+1):
mydict[rec_dig_sum(number)] = number
return mydict
Explanation:
The python program defines two functions, "rec_dig_sum" and "dict_of_rec_dig_sums". The former accepts a number and returns the sum of the digits of the number while the latter accepts a low and high number range.
The program returns a dictionary with the recursive sum as the keys and the number count as the values.
Answer:
Data type in Microsoft Access Database
Text
Memo
Byte
Integer
Long
Single
Double
Currency
AutoNumber
Date/Time
Yes/No
Ole Object
Hyperlink
Lookup Wizard
Explanation:
Answer:
The statement in Python is:
print("The average pH of citrus fruits is ",avg_citrus_pH)
Java
System.out.print("The average pH of citrus fruits is "+avg_citrus_pH);
C++
cout<<"The average pH of citrus fruits is "<<avg_citrus_pH;
Explanation:
The programming language is not stated; so, I answered the question in 3 languages (Python, Java and C++)
Assume that avg_citrus_pH has been declared and initialized; all you need to do is invoke a print statement and then append the variable
In Python, use print()
In c++, use cout<<
In Java, use System.out.print()
So, the statements are:
Python:
print("The average pH of citrus fruits is ",avg_citrus_pH)
Java
System.out.print("The average pH of citrus fruits is "+avg_citrus_pH);
C++
cout<<"The average pH of citrus fruits is "<<avg_citrus_pH;
Answer:
In studies of technology and innovation, it is common to distinguish between different levels of technology. A common distinction is between technologies as processes or products and technology systems. Another distinction is between technology s hardware, software and orgware; sometimes socioware is added as yet another layer or category. In he studies, the focus is usually on a particular technology, either a process technology or product
Ž echnology with product technology broadly de In studies of technology and innovation, it is
common to distinguish between different levels of technology. A common distinction is between technologies as processes or products and technology. Another distinction is between technology as hardware, software and orgware; sometimes socioware is added as yet another layer or category. In the studies, the focus is usually on a particular technology, either a process technology or product.
Explanation:
