1/3
Probability of picking purple sock first time is 6/10 or 3/5, second time, probability is 5/9. Thus 3/5 * 5/9 = 15/45 which cancels to 1/3
The probability is 1.
The probability that they are the same colour - which is not the same as them matching - is 1/4.
Well, if this drawer contains that amount of socks of each color, then you will have a 1:5 probability that the the first sock you draw will be white. 7+4+9=20 4(white)/20(in all) 1(white)/5(all) :D
P(B) = 0.12 = 12%There are 25 pair of socks: 10 Black, 12 White, 3 Brown.P(B) = 3/25 = 0.12 = 12.0%
Probability of picking purple sock first time is 6/10 or 3/5, second time, probability is 5/9. Thus 3/5 * 5/9 = 15/45 which cancels to 1/3
Yes.
they were a shade of purple, blue, orange, green, pink, and black.
yeah.
because
The probability is 1.
purple silly, who can forget those socks
I assume you are selecting two socks (one at a time) from the drawer to wear (for example). There are 6 white + 3 black + 3 brown + 8 gray = 20 socks in all So the probability that the first sock chosen to be white is 6/20 since there are 6 socks and 20 socks in total. 6/20 reduces down to 3/10. The probability that the second sock chosen is also white is 5/19 since there are now only 5 white socks left to be chosen and 19 socks in total (since one sock has been taken out). Thus the probability of both socks being white is: probability = 3/10 x 5/19 = 3/38
The probability of randomly choosing 1 blue sock is 7/10. The probability of randomly choosing 2 blue socks in a row is 7/10 x 7/10 = 49/100.
15
I love picked socks
There are twenty individual socks. Suppose two socks, A and B, are picked out. Consider sock A. Only one of the other nineteen socks matches it. Thus the probablility that B completes the pair is 1/19.