The probability that the pink jar was chosen, when it is known that the cookie was a sugar cookie is 0.167..
Suppose that there are two events A and B. Then suppose the conditional probability are:
P(A|B) = probability of occurrence of A given B has already occurred.
P(B|A) = probability of occurrence of B given A has already occurred.
There are three colored cookie jars. One jar is blue, another green and the last one pink.
Thus the probability of chossing sugar is,
One of the three cookie jars is chosen at random. The probabilities that the blue jar, green jar, or pink jar will be chosen are 1⁄2 , 1⁄4 , and 1⁄4 , respectively.
Thus the probability for pink jar was chosen, when it is known that the cookie was a sugar cookie is,
Put the values,
Thus, the probability that the pink jar was chosen, when it is known that the cookie was a sugar cookie is 0.167.
Learn more about the Bayes' theorem here;
Answer:
Pr(pink jar will be selected)=6/11
3%
18%
30%
Answer:
The answer is D. 30 %
hope this helps :)
Answer:
(1, 3)
Step-by-step explanation:
Origin is the point (0,0) on the graph.
Distance between 2 points=
Hence using the formula above,
1) subst. x₂=0, y₂=0 and distance = √10
2) simplify expression and square both sides
So the answer could be any point in which the sum of the square of the x coordinate and the square of the y coordinate equals to 10.
When x₁= 1,
1² + (y₁)²= 10
1+ (y₁)² = 10
(y₁)²= 10 -1
(y₁)²= 9
y₁= ± √9
y₁= 3 or y₁= -3
Thus, the other point could be (1 ,3).
What value of 2c makes the equation true.
Answer:
c = 11/4
Step-by-step explanation:
One way of doing this is to let 2c = x. Then our equation becomes
2x + x = 2x + 11/2, or x = 11/2.
But 11/2 = 2c. Thus, c = 11/4