Answer:
The width of the rectangular prism is 9 cm.
Step-by-step explanation:
From the formula of the volume of a bar 
we see that 
cm.
Answer:
12 glasses can be hold
Step-by-step explanation:
Find the Amount of quarts equal to fluid ounces
After you find it divide the number to 8
Brainliest is needed plz
Answer:
2 ounces of clay is left in the bucket
Step-by-step explanation:
Total amount of clay in the bucket = 12 ounce
Ari used 1/6th of the clay in the bucket and Greg used 2/3 of the clay in the bucket
Hence, the remaining clay in the bucket
12 - 1/6 *12 - 2/3 * 12
12 - 2-8
2
A = event the person got the class they wanted
B = event the person is on the honor roll
P(A) = (number who got the class they wanted)/(number total)
P(A) = 379/500
P(A) = 0.758
There's a 75.8% chance someone will get the class they want
Let's see if being on the honor roll changes the probability we just found
So we want to compute P(A | B). If it is equal to P(A), then being on the honor roll does not change P(A).
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A and B = someone got the class they want and they're on the honor roll
P(A and B) = 64/500
P(A and B) = 0.128
P(B) = 144/500
P(B) = 0.288
P(A | B) = P(A and B)/P(B)
P(A | B) = 0.128/0.288
P(A | B) = 0.44 approximately
This is what you have shown in your steps. This means if we know the person is on the honor roll, then they have a 44% chance of getting the class they want.
Those on the honor roll are at a disadvantage to getting their requested class. Perhaps the thinking is that the honor roll students can handle harder or less popular teachers.
Regardless of motivations, being on the honor roll changes the probability of getting the class you want. So Alex is correct in thinking the honor roll students have a disadvantage. Everything would be fair if P(A | B) = P(A) showing that events A and B are independent. That is not the case here so the events are linked somehow.
Answer:
Adjacent. x is 100.
Step-by-step explanation:
