= 720 distinct ways (permutations) to arrange the 6 different beads.

## How many ways can 6 beads?

SOLUTION: **how many** necklaces **can** be made from **6 beads** of **different** colors? the answer is 60, but how? Question 883539: **how many** necklaces **can** be made from **6 beads** of **different** colors? the answer is 60, but how?

## How many ways can a bracelet of 10 different beads be made?

Answer: This is called a cyclic permutation. The formula for this is simply (n-1)!/2, since all the **beads** are identical. Hence, the answer is 9!/2 = 362880/2 = 181440.

## How many ways can you make a bracelet with 5 different beads?

My answer is : There are possible (n-1)!/2 bracelets for n distinct colors, like in our case. Thus for n=5, there are possible **4**!/2=12 different bracelets.

## How many ways can we arranged 7 beads in a bracelet?

7 beads would be 7 * 6 factorial = 7 * 720 = **5040 ways**.

## How many ways can 8 keys be arranged on a keyring?

**Eight keys can** be **arranged** 40320 **ways** on a **key ring**.

## How many persons are seated around a circle table if they make 24 arrangements?

That’s 24 ways to seat **three people**. Fifth, for every one of those 24 arrangements, there’s one seat left for the fourth person, that’s 24 more options.

## How many ways can four beads be arranged on a bracelet?

4 beads (green, yellow, blue, red) is **24 ways** (you can work out each of the permutations if you like).

## How many ways can 6 beads be arranged on a bracelet without clasp?

Multiplying these together, we get 6*5*4*3*2*1 = **720 ways**.

## How many ways can 12 beads be arranged on a bracket?

12 different beads can be arranged among themselves in a circular order in **(12-1)!=** **11!** **Ways**. Now, in the case of necklace, there is not distinction between clockwise and anti-clockwise arrangements.

## How many necklaces can be formed with 7 beads?

= **5040 diffrent necklaces**.

## How many ways can eight unique beads be arranged on a chain without a clasp?

**2520 Ways** 8 beads of different colours be strung as a necklace if can be wear from both side.

## How many ways can you invite one or more of your five friends in a party?

So the total number of ways of inviting 5 friends = total number of ways of either inviting or not inviting 5 friends – number of ways of not inviting any of them. So the total number of ways of inviting 5 friends = 32 – 1 = **31**.

## How many ways can you arrange 3 people?

So there are two answers: There are **3**! = 6 **different ways** of placing these three **people** in three distinct chairs. However, it we decide to consider rotated arrangements as basically the same, then there are only 2 **ways**.

## How many ways can 7 different colored beads be threaded on a string?

Question 1177690: In **how many ways can 7 differently colored beads be threaded on a string**? In **7**! = **7***6*5*4*3*2*1 = 5040 **different ways**.