P(A&B)=6/223×6/223=36/49729=0.0007239 approx (0.0724% approx).
Answer: 6
Step-by-step explanation:
Given, Jamie needs to ship 48 plates and 54 bowls to a store.
If she wants to ship the same number of items in each box such that plates and bowls are shipped separately. .
then the greatest number of items she can ship in each box = GCD (48,54)
[GCD = Greatest common divisor]
Prime factorization of both numbers:
48 = 2 x 2 x 2 x <u>2 x 3</u>
54 = <u>2 x 3 </u>x 3 x 3
GCD (48,54)= 2 x 3 = 6
Hence, the greatest number of items she can ship in each box =6
It would be y=4x-7. I hope this helped :)
Andre picks a block out of a bag 60 times and notes that 43 of them were green.
What should Andre estimate for the probability of picking out a green block from this bag?
Mai looks in the bag and sees that there are 6 blocks in the bag. Should Andre change his estimate based on this information? If so, what should the new estimate be? If not, explain your reasoning.
The probability of picking out a green block is 43/60.
Andre shall not change his estimate based on this information because only the number of blocks left are told but the color of the blocks are still unknown. If those blocks are not green, then there is no need to change the estimate.
<u>Explanation:</u>
Probability is a numerical portrayal of how likely an occasion is to happen or how likely it is that a recommendation is valid. Likelihood is a number somewhere in the range of 0 and 1, where, generally, 0 demonstrates inconceivability and 1 shows sureness.
To calculate the probability, divide the number of events with the possible outcomes. This will give us the likelihood of a solitary occasion happening. On account of rolling a 3 on a bite the dust, the quantity of occasions is 1 (there's just a solitary 3 on each kick the bucket), and the quantity of results is 6.
Answer:
Yes that is possible but not if you want to go through the origin
Step-by-step explanation: