Answer:
In python Language:
cardNotation = raw_input("Enter card notation: ")
# Create a dict for values
cardColors = {"D": "Diamonds",
"H": "Hearts",
"S": "Spades",
"C": "Clubs"}
cardNumberValues = {"A": "Ace",
"J": "Jack",
"Q": "Queen",
"K": "King",
"2": "Two",
"3": "Three",
"4": "Four",
"5": "Five",
"6": "Six",
"7": "Seven",
"8": "Eight",
"9": "Nine",
"10": "Ten"}
# Handle cases when 10 comes in input
if len(cardNotation) == 3:
number = cardNotation[:2]
color = cardNotation[2:]
print cardNumberValues.get(number) + " of " + cardColors.get(color)
elif len(cardNotation) == 2:
number = cardNotation[:1]
color = cardNotation[1:]
print cardNumberValues.get(number) + " of " + cardColors.get(color)
else:
print "INVALID VALUE"
Answer:
B. n-1
Explanation:
If there are n vertices then that vertex can be origin of at most n-1 edges.Suppose that you have a graph with 8 vertices you can select a vertex from these 8 vertices now you have 7 other vertices.So the vertex you selected can have at most 7 edges or it can be origin of at most 7 edges.So we conclude that the answer is n-1.
Answer:
B. The Active object's animation stops looping.
Explanation:
As the new event happens, the loop tells it to happen by stopping. And hence, B is the correct option out here. Neither A or C and Nor D is the correct option. The animation does not end here, and the next event takes place. Also, the active object's animation does not change the speeds. Hence, the correct option here is certainly the B.
<em>Try this one</em>
<em>Go to the References tab, click Insert Table of Figures, place the cursor, and click Insert.</em>
<em>I am not tht smart at computer stuff but let me know if this works.</em>
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A mouse is considered that out of the options listed.
