Answer:
The answer is below
Explanation:
Given the following:
Data is oftentimes described as actual truth or evidence about a situation or condition.
Information, on the other hand, is described as a refined data
Business Intelligence is defined as a combination of several information utilized in the decision-making process.
Knowledge is basically described as a form of intellectual properties, which encompasses a lot of experiences, skills, and creativity.
Therefore, the main relationship between all these is the utilization of these resources to enhance and improve the decision-making process. This is because, the gathered DATA is converted to INFORMATION, which in turn used to build BUSINESS INTELLIGENCE and finally, through the combination of past experiences, skills and talent, leads to a wealth of KNOWLEDGE to enhance and improve the decision-making process.
Every combination of each genre with each instrument, even those that are not represented in the genre_instrument table
Explanation:
The CROSS JOIN clause creates a combination of every row from two or more different tables. Determining the number of results in a result set for a CROSS JOIN is as simple as the product of the number of records in each table.
The process of engineering typically starts with brainstorming.
Answer: The answer to the question is as follows:
Minimum BW= n*Bc + (n-1) Bg
Explanation:
FDM is a multiplexing technique that takes several baseband signals of n Khz wide (let's assume that all have the same bandwidth), and translates them in frequency so they can be transmitted together, at a higher frequency.
If we assume no guard bands between the different signals, the mimum bandwidth needed would be n times the bandwidth of a single signal.
In order to avoid crosstalk between signals, as the communication channel is not perfect, it usually leaves some room between any 2 signals, which it is called a band guard, and because there is a band guard for any 2 contiguous signals in the spectrum, the total number of bandguards (Bg) will be equal to (n-1) signals, so the total bandwidth to be used will be as follows:
BW needed: n*Bc + (n-1) Bg.
Answer:
def vowel(a): #function to detect whether the character is vowel or not.
vow=['a','e','i','o','u'] #list of vowels.
if a in vow:
return True
else:
return False
character=str(input("Enter the character \n")) #taking input.
if vowel(character.lower()):#checking the character is vowel using the function vowel..
print("Congratulations!!!!") #congratulating.
else:
print("You lose better luck next time")#message.
Output:-
Enter the character
a
Congratulations!!!!
Explanation:
I have created a function to check whether the given character is a vowel or not.
After that taking input from the user.
And checking that it is vowel or not.If it is vowel then printing the message.
