10000000×66= b4rtrrrrrrt
2 answers:
Hello @IsaacBoiliere,
How are you? First of all, I just want to point out that you should always use a calculator if you need help with problems like this. Also Please do not spam on any questions like you did with "b4rtrrrrrrt" as it can often confuse people. Thank you in advance! :)
Now, lets get to your problem, "<span>10000000×66=?"
First, State out the Equation.
</span>
<span>
<span>Now, Do the work!
</span>
</span>
<span>
660000000 Is your answer, and if you need any more help contact me!
Thank you,
Darian D. </span>
How are you? First of all, I just want to point out that you should always use a calculator if you need help with problems like this. Also Please do not spam on any questions like you did with "b4rtrrrrrrt" as it can often confuse people. Thank you in advance! :)
Now, lets get to your problem, "<span>10000000×66=?"
First, State out the Equation.
</span>
<span>
<span>Now, Do the work!
</span>
</span>
<span>
660000000 Is your answer, and if you need any more help contact me!
Thank you,
Darian D. </span>
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Answer:
1) The probability that the second apple is red is 0.7143 (71.43%).
2) The probability that at least one red apple is picked 0.9341 (93.41%).
Step-by-step explanation:
We can make a probability tree as the attached picture.
1) There are 2 ways in the probability tree when the second apple is red:
Both apples are red:
P(R∩R)==0.4945
Only the second apple is red:
P(Y∩R)==0.2198
The probability that the second apple is red is the sum of the previous probabilities.
P(2nd R)=P(R∩R)+P(Y∩R)=0.4945+0.2198=0.7143
2) To find the probability that at least one apple is red, we can get the probability of none of the apples is red and then it will be subtracted from 1.
The way in the probability tree is Y∩Y:
P(Y∩Y)==0.0659
P(at least 1 R)= 1-P(Y∩Y)=1-0.0659=0.9341
