Answer:
The most likely galaxy type to be identifiable regardless of orientation is: Irr
Explanation:
The Irr galaxies don't have a discernable or usual shape; that is why it is relatively easy to identify.
When we talk about E type galaxies, this statement proves itself by the way the cumulus of stars compounds the galaxy. The elliptical galaxies have the form of ellipses, with a reasonable distribution of stars. The degree of eccentricity is the number that complements the E letter; that's why E0 galaxies are almost spherical, while E7 is considerably elongated.
SBc, SBa galaxies are spiral; this means it can be flat in some angles difficulting their identification process; in this case, the last letter means the way the arms display their form, with "c" having a vague form and "a" well-defined arms. That's why in some angles can be mistreated as another type of galaxy.
Answer:
Fair use
Explanation:
I don't know if this is correct but Its the best option.
Answer:
The answer is "Analyze"
Explanation:
The term Analyze is the use of a machine or critical thinking to enable more effective management by companies and their information systems, in which the Xavier wishes to use a method for solving to find ideal decision-making strategies. Its object of the series analyses X selects, that's why the "Analyze " is correct.
def CountVowels(epsilon):
countNum = 0
for x in range(len(epsilon)):
letter = epsilon[x]
if letter.lower() in "aeiou":
countNum += 1
return countNum
def ExtractOdds(zeta):
result = ""
for x in range(len(zeta)):
if x % 2 == 1:
result += zeta[x]
return result
sentence_A = input("Enter a sentence: ")
sentence_B = input("Enter a sentence: ")
print(CountVowels(sentence_A))
print(ExtractOdds(sentence_B))
I hope this helps!
