24 students do not like either because first you do 16+20=36, and do 36-12=24
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The probability that he receives an invitation to work in a bank given that he defends his diploma excellently is
The known parameters are;
The probability that a graduate of the Faculty of Finance will defend the diploma excellently, P(A) = 0.6
The probability that he will defend perfectly and receive an invitation to work at a bank, P(A∩B) = 0.4
The unknown parameter is;
The probability that the student will receive an invitation from the bank given that the student defend the diploma excellent,
The process
is found using the conditional probability formula as follows;
Plugging in the values, we get;
The probability that the student will receive an invitation from the bank given that the student defend the diploma excellent, =
Learn more about conditional probability here;
brainly.com/question/10567654
Answer:
Step-by-step explanation:
A rectangle has 4 sides.
2 of them are lengths and 3 of them are widths.
We can simply use coordinate geometry (without graphing) to find side lengths of the rectangle. We will use Distance Formula.
We can find all the 4 lengths by using Distance Formula from points:
W and X
X and Y
Y and Z
W and Z
Note, that we don't need to find all 4 of them individually, because 2 are lengths (same) and 2 are widths (same). Thus we can find
Distance of WX, which would be same as distance of YZ
also
Distance of XY which would be same as distance of WZ
<em><u>Note:</u></em> Distance Formula is where D is the distance, x_1, y_1 is the first coordinate points and x_2,y_2 is the second coordinate points
The roll of the biscuit is 101/2 inches long. It has to be cut into slices that are 3/8 inches thick.
Then
The number of slices = (101/2)/(3/8)
= (101/2) * (8/3)
= 808/6
= 404/3
= 134.66
So the biscuit dough can be cut into 134 slices approximately. A small part will be left.
This is the only way to find out the number of slices the
biscuit dough can be sliced into. Hope this helps you in understanding the way
it is done.