Answer:
False
Explanation:
High quality page for a common interpretation always have different Needs Met rating than the high quality page for a minor interpretation of the query.
Although, both of this pages are of high quality we must differentiate the common from a minor interpretation of a query.
Needs Met should always know to place the high quality pages in a resolution hierarchy.
Answer:
Well, let's say you're out at a bar. A friend of yours sees a cute guy, but she's hesitant to make the first move because she assumes the guy would be turned off by that - because we're socialized to believe that women shouldn't approach men like that, lest they come off as desperate. That's heteronormativity.
When she finally gets the courage to go up and talk to him, he begins to call her infantilizing pet names (like honey, baby, and sweetheart) - which would be fine if they'd agreed upon it, but he's just assuming she's cool with it! That's heteronormativity.
When she begins to get uncomfortable by these names, she gets up and leaves. But the guy says something like, "Oh, come on! Women are so sensitive. What's your problem?" That's heteronormativity.
Under the reporting interface of google analytics. The reporting tool base the amount of sample on the precision setting of the report. Greater precision will need more sample and less precision setting will need less sample. It is the percent of N session which is changed depending on the setting. You can find more information and official documentation on Google analytics product page.
Greater precision option will provide max sample.
Answer:
Explanation:
The program first asks the user for the sequence of words. Then it splits the sequence into an array of words. Then it loops through the array checking each word to see if it is a palindrome. If it is it prints the word, the boolean value, and adds 1 to the palindrome_count variable. Otherwise it prints the word, false, and moves on to the next word in the list. Finally, it prints out the total value of palindrome_count.
word = input("Enter sequence of words: ")
word_list = word.split(' ')
print(word_list)
palindrome_count = 0
for word in word_list:
print('\n\n')
reverse = word[::-1]
if word == reverse:
print(word, end='\n')
print(True, end="\n")
palindrome_count += 1
else:
print(word, end='\n')
print(False, end='\n')
print("\n\nNumber of Palindromes in Sequence: " + str(palindrome_count))
