Answer:
7y4
Step-by-step explanation:
7 is the highest number that can go into all three numbers
Answer:
Bob has 29 fruits
Explanations:
Bob had 3 buckets with 7 oranges each. That is,
number of oranges in 1 bucket = 7
number of oranges in 3 buckets = 3 x 7
number of oranges in the 3 buckets = 21 oranges
Number of watermelons that Bob has = 3
Number of Bananas that Bob has = 5
Total number of fruits that Bob has = (number of oranges) + (number of water melon) + (number of bananas)
Total number of fruits that Bob has = 21 + 3 + 5
Total number of fruits that Bob has = 29
Since this is a combination not a permutation problem, (order does not matter) you should use the "n choose k" formula.
C=n!/(k!(n-k)!) where C is the number of unique combinations, n equals the total number of possible choices and k equals the specific number of choices. In this case:
C=9!/(4!(9-4)!)
C=9!/(4!5!)
C=362880/(24*120)
C=362880/2880
C=126
So there are 126 unique ways to pick 4 people from a group of 9 people.
Answer:
defw
Step-by-step explanation:
wdq 3dq3dqf3f3 q
Answer:
y=2x
Step-by-step explanation:
2 up, 1 over. put rise over run so that concludes the 2x.
The line starts at 0 so there is no y-intercept
