Given:
The numbers are .
To find:
All the values that cannot be probabilities.
Solution:
We know that,
The minimum value of favorable outcomes is 0 and the maximum value is equal to the total outcomes. So, the value of probability lies between 0 and 1, inclusive. It other words, the probability lies in the interval [0,1].
From the given values only lie in the interval [0,1]. So, these values can be probabilities.
The values does not lie in the interval [0,1]. So, these values cannot be probabilities.
Therefore, the correct values are .
Answer:
First option: Nine mutiplied by the difference of eighty-six and a number.
Step-by-step explanation:
We have the expression:
9(86−x)
We have a difference of number in parenthesis, meaning that this operation will happen first, and then its result will be multiplied by 9
So, we know that this expression means that 9 will be multiplied by something, and this something is a difference of 86 and a number (86 first, and the other number second).
Then, the correct answer would be:
Nine mutiplied by the difference of eighty-six and a number.
First option is the correct one.
A = L * W
Given:
L = x + 10 and W = x + 15
So
A = (x + 10)(x + 15)
A = x^2 + 10x + 15x + 150
A = x^2 + 25x + 150
Answer
x^2 + 25x + 150
Step-by-step explanation:
H (3,-2 )..........J (5,5)...........K (x, y)
5=(3+x)/2
10=3+x
x=7
5=(-2+y )/2
10=-2+y
y=12
coordinates of k (7,12)
Answer:
second question i think the answer is c .i don't know about first one
Step-by-step explanation: