You can build as many numbers as you like: just pick three primes and repeat them as required.
The only caution is that you have to pick large enough primes to make sure that the result is larger than 1000.
Since , it is enough that the prime repeating three times is larger than 10.
So, for example, we can pick
- 2, not repeating
- 3, repeating twice
- 11, repeating 3 times
The result is
Answer:
2n+2
Let the "number" be represented algebraically as
n.2 more than twice a number ⇔2 more than 2n 2 more than X2n
⇔2+2n or 2n+2
Step-by-step explanation:
Answers:
- 26) probability = 1/4
- 27) probability = 0.0588
- 28) probability = 0.157
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Work Shown:
26)
1/2 = probability of an odd number, since half of the numbers are odd
1/2 = probability of tails
(1/2)*(1/2) = 1/4 is the probability of both events happening at the same time
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27)
13/52 = probability of pulling out one club
12/51 = probability of pulling out a second club, assuming the first one is not put back
(13/52)*(12/51) = 156/2652 = 1/17 = 0.0588 is the probability of pulling two clubs in a row (without replacement).
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28)
11/27 = probability first person has blonde hair
10/26 = probability second person has blonde hair (cannot reselect the first person again)
(11/27)*(10/26) = 110/702 = 55/351 = 0.157 is the probability of selecting two people with blonde hair
30% is 0.3 rational number
Answer:
Following are the solution to the given points:
Step-by-step explanation:
Each player's offer divided by the total number of players calculates the fair share
Ann's fair share
Bob's fair share
Carol's fair share
Denis's fair share
Because Bob has the highest bid, that receives in the business.
Payments:
Ann paid by estate
Bob owes estate
Carol paid by estate
Denis paid by estate
Surplus
Splitting the equally among the four players. therefore one of the each receives:
The final settlement of the Ann receives: