Answer:
The probability that there is at least one pair but not a three of a kind is 0.6944.
Step-by-step explanation:
We have the case when we have five dices and we roll them and we need that there is at least one pair but not a three of a king which is Two dice showing the same value, but no three dice showing the value.
Total no of outcomes = 
We will consider the other cases and then subtract them from the total outcomes.
No of outcomes of 5 of a kind = 6
No of outcomes 4 of a kind and 1 different = (6*5)*5 = 150
No of outcomes with 3 of a kind and 1 different pairs = (6*1*1*5*1)*5C2= 300
No of outcomes with 3 of a kind and two different = 6*5*4*10= 120*10=1200
No of outcomes when all are different = 6! = 720
These all the cases when subtracted from the total will represent the total cases in which there are two dice showing the same value.
Total cases = 6+150+300+1200+720
= 2376
Required no of outcomes = 7776-2376 = 5400
Probability =
= 0.6944
Therefore the probability for the case of at least one pair but not a three of a kind is 0.6944.
Answer:
The correct answer is first option
Step-by-step explanation:
From the figure we can see that opposite side of larger angle is longer side.
Here there are three angles , 79°, 65° and 36°
79° > 65° > 36°
The larger angle is 79°,
Therefore opposite side of 79° is XY.
Opposite side of 65° is ZY
opposite side of 36° is AB
Therefore we can write,XY > ZY > AB
The correct answer is first option
Catholics doesn't have more than 5 Appel's ? Jane has 5 Appel's , so Jane has the most appels
Starting from a velocity of 0, your change in velocity over a period of 6 seconds will be ...
... (9.8 m/s²)×(6 s) = 58.8 m/s . . . . . downward, since you are "falling"
_____
Note the units of seconds in the time period cancel one of the factors of seconds in the acceleration to leave only seconds in the denominator of the result. That is confirmation that the proper math operation is being carried out, since the units of velocity are meters per second.
I belive the answer to be b