You add 27 and 11 together which means it's 38. Then you put 38 on top of a ratio bar and 99 under it.
To find the probability of picking a yellow card first and then a blue card second without replacement, you need to know the total number of yellow and blue cards in the deck. Assuming there are (Y) yellow cards and (B) blue cards in a total of (T) cards, the probability is calculated as (P(yellow) \times P(blue | yellow)). This simplifies to (\frac{Y}{T} \times \frac{B}{T-1}). The final answer will depend on the specific values of (Y), (B), and (T).
4/27
soory dude or girl but this was just a joke question. but i hope you find what your looking for. by Michael Johnson
The probability, in one draw, is 6/20 or 30%
0.35
To find the probability of picking a yellow card first and then a blue card second without replacement, you need to know the total number of yellow and blue cards in the deck. Assuming there are (Y) yellow cards and (B) blue cards in a total of (T) cards, the probability is calculated as (P(yellow) \times P(blue | yellow)). This simplifies to (\frac{Y}{T} \times \frac{B}{T-1}). The final answer will depend on the specific values of (Y), (B), and (T).
4/27
5, 3, 5, and 7 make a sum of 20. So 7/20 would be the probability of find a yellow one. Then, subtract 7 from 20 to find the probably of not finding a yellow one, which is 13/20, or 65%
Assuming that you're only taking out one marble, then:Your sample space --> 3 + 5 + 2 = 10The probability of getting a blue marble on the first draw is 3/10 or 0.3
soory dude or girl but this was just a joke question. but i hope you find what your looking for. by Michael Johnson
The probability, in one draw, is 6/20 or 30%
Even though you cannot make Yellow out of Blue or Blue out of Yellow, I find that Yellow cannot be blue in disguise unless a person named yellow dresses up as a person named blue. Then that's a whole different story.
In a word problem where the ratio of yellow beads to blue beads is 3 to 2, for every 3 yellow beads, there are 2 blue beads. This ratio can be simplified to 3:2. This means that for every 5 beads in total, 3 are yellow and 2 are blue. To find the actual number of beads, you would need to know the total quantity or be given additional information.
0.35
2/28 x 1/27 = 1/378
Each outcome has a probability of 0.05
The formula for probability is as follows:Probability = Total number of favorable cases / total number of casesIt always lies between 0 and 1 and has no unit.