HHEELLPP PPPPPPPPLLLLLLLLLLZZZZZZZZ!!!!!! QUICK I DONT HAVE A LOT OF TIME
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OpenStudy (ashsmashum1290):
OpenStudy (ashsmashum1290):
@gknight
OpenStudy (anonymous):
what is the probability of choosing a red necklace?
OpenStudy (ashsmashum1290):
i don't know i suck at math
OpenStudy (anonymous):
2 questions.
1. how many necklace choices are there?
2. how many of them are red?
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OpenStudy (ashsmashum1290):
there are 4 necklace choices and only 1 is red
OpenStudy (anonymous):
so there is a 1 in 4 chance of choosing a red necklace, and the probability is 1/4.
Do the same thing to find the probability of choosing a yellow bracelet
OpenStudy (ashsmashum1290):
so 1/2
OpenStudy (anonymous):
right
OpenStudy (anonymous):
to find the probability of doing both, multiply them
1/4 * 1/2
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OpenStudy (ashsmashum1290):
okay thanks so 1/8 is the answer? but do you know what dependent means in math? @peachpi
OpenStudy (anonymous):
yes it's 1/8
OpenStudy (anonymous):
dependent events are when the probabililty of one event changes based on what happened in another event. Like a 52 card deck has 4 kings. The probability of picking a king the first time is 4/52. The probability of getting a king for a second pick depends on the results of the first. If you got a king the 1st time, it's 3/51. If you didn't, it's 4/51
OpenStudy (ashsmashum1290):
what is 2/12 in simplest form @peachpi
OpenStudy (anonymous):
1/6
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