Haha I know right ^_^ Fingers crossed it is even easierlol i wish that was in this year's exam instead of last year's.
I got 12/52 + 12/51 + 12/50 + 12/49 = 0.9509Find the probability that of 5 cards chosen from a 52-card deck that 2 will be of the same suit.
its one lol.I got 12/52 + 12/51 + 12/50 + 12/49 = 0.9509
Probably very wrong, but would you mind giving me the solution?
I was off by .05 but how did you get one? sorry i'm a bit slow with probabilityits one lol.
There's 4 suits - if you pick 5 cards then there must be one pair since the most spreaded result is one of each suit + 1 more card - there must be a pair.I was off by .05 but how did you get one? sorry i'm a bit slow with probability
There are only 4 suits so it is impossible to pick 5 different suits meaning the probability of getting two cards of the same suit is 1 lol.I was off by .05 but how did you get one? sorry i'm a bit slow with probability
BUT!!! what if the question asks for 2 only, not 3, 4 or 5 of the same suit, then there would be a probability less than one, but the question doesn't specify, so im just being difficultThere are only 4 suits so it is impossible to pick 5 different suits meaning the probability of getting two cards of the same suit is 1 lol.
amplitude = 1/2what is the amplitude and period of:
thats right^ correct me if im wrong, the height above the top of the window = 19.42 metres (2dp)
Yep Hopefully you didn't look at answers though^ correct me if im wrong, the height above the top of the window = 19.42 metres (2dp)
10^x ln(10)>.> i thought u made it up!
new quick question:
if y = 10^x, find dy/dx when x = 1