# Olympics metals

In how many ways can be win six athletes medal positions in the Olympics? Metal color matters.

Result

n =  120

#### Solution:

Leave us a comment of example and its solution (i.e. if it is still somewhat unclear...):

Be the first to comment!

#### To solve this example are needed these knowledge from mathematics:

See also our variations calculator. Would you like to compute count of combinations?

## Next similar examples:

1. Metals
In the Hockey World Cup play eight teams, determine how many ways can they win gold, silver and bronze medals.
2. Medals
In how many ways can be divided gold, silver and bronze medal among 21 contestant?
3. Election 4
In a certain election there are 3 candidates for president 5 for secretory and 2 for tresurer. Find how many ways the election may (turn out/held).
4. Football league
In the 5th football league is 10 teams. How many ways can be filled first, second and third place?
5. Elections
In elections candidate 10 political parties. Calculate how many possible ways can the elections finish, if any two parties will not get the same number of votes.
6. Disco
On the disco goes 12 boys and 15 girls. In how many ways can we select four dancing couples?
7. Mumbai
A job placement agency in Mumbai had to send ten students to five companies two to each. Two of the companies are in Mumbai and others are outside. Two of the students prefer to work in Mumbai while three prefer to work outside. In how many ways assignment
8. PIN - codes
How many five-digit PIN - code can we create using the even numbers?
9. Neighborhood
I have 7 cups: 1 2 3 4 5 6 7. How many opportunities of standings cups are there if 1 and 2 are always neighborhood?
10. Combinatorics
The city has 7 fountains. Works only 6. How many options are there that can squirt ?
11. Weekly service
In the class are 20 pupils. How many opportunities have the teacher if he wants choose two pupils randomly who will weeklies?
12. Theorem prove
We want to prove the sentense: If the natural number n is divisible by six, then n is divisible by three. From what assumption we started?
13. Variations
Determine the number of items when the count of variations of fourth class without repeating is 42 times larger than the count of variations of third class without repetition.