Best Answer

6 Is how many different combinations there are

Q: A bin contains 3 red balls 2 green balls and 1 blue ball two balls are randomly chosen from a bin how many different color combinations are possible?

Write your answer...

Submit

Still have questions?

Continue Learning about Math & Arithmetic

If the letters of computer are randomly arranged in all possible ways, the probability the word begins with a vowel in five out of 26, or 0.1923. You do not need to consider any other letters, or any permutations or combinations, because you only asked about the first letter.

.2861

That is the correct spelling of the word "randomly" (by chance).

it would be red because the probability is 5/9

Drawing one red ball out of a bag that contains 3 red balls and 4 green balls is 3 in 7. If we are to randomly select one ball out of the bag and replace it (I assume with the same ball) then there are still 3 red balls and 4 green balls. The odds are still 3 in 7. It doesn't matter how many times you draw. Every time you draw a ball you have a 3 in 7 chance of pulling out a red ball.

Related questions

sexual reproduction of genotypes

the combinations generate randomly.

No They are just given to you randomly the only thing is the different gems you put in the rareness of the item changes.If you are a premium member you can use ANY gem combinations but if you are not a premium member your gemm combinations are limited to rare.

There are no percise combinations for fantage bedrock because rare items are given out randomly, so the bedrock items will be randomly given ( you can start with very rare to get the gold shoes ).

6

No,it's not possible to delete the element randomly

If the letters of computer are randomly arranged in all possible ways, the probability the word begins with a vowel in five out of 26, or 0.1923. You do not need to consider any other letters, or any permutations or combinations, because you only asked about the first letter.

The rearrangement of the antibody genes during development results in millions of possible combinations of randomly combined light and heavy polypeptide chains.

it helps because the homologous chomosomes line up randomly along the equator in metaphase 1 of meiosis which makes more combinations possible. this together with the process of crossing over is responsible for genetic variation

The principle is called "recombinant DNA." During the process of fertilization the egg and sperm provide one copy DNA genome from each parent. These DNA strands breakup into individual genes and then recombine randomly. This causes the traits of the offspring to reflect the traits of the parents randomly based on the probabilities of gene combinations.

You have 2 choices for 20 times, so the number of sequences is 220 or 1048576.

yes, but its most lkely you would be infamous.