Answer:
ok
Step-by-step explanation:
This is saying that -3 is the result of a number "p" plus 10...therefore the equation is p+10=-3
Answer:
your answer is going to be 99.144
The probability of selecting none of the correct six integers, when the order in which they are selected doesnot matter is 0.43.
According to thr question.
We have to find the probability of selecting none of the correct six integers from the positive integers not exceeding 48.
Let E be the event of selecting 6 numbers from 40 and S be the sample space of all integers not exceeding 48.
Now,
The total number of ways of selecting 6 numbers from 48
= 8835488640/6!
And, the total number of ways of selecting 6 incorrect numbers from 42
=
= 3776965920/6!
Therefore, the probability of selecting none of the correct six integers, when the order in which they are selected does not matter is given by
= 3776965920/8835488640
= 0.427
≈ 0.43
Hence, the probability of selecting none of the correct six integers, when the order in which they are selected doesnot matter is 0.43.
Find out more information about probability here:
brainly.com/question/17083464
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Answer: The steps are F, D and C
Step-by-step explanation:
She wanted to solve Square root of 6x plus 4 equal to 8. This means
√(6x + 4 = 8
The left hand side of the equation is
√(6x + 4 while he right hand side of the equation is 8.
The correct steps to follow in solving the equation are as follows:
1) step F
Square both sides (the lefthand side and right hand side of the equation). It becomes
6x + 4 = 8^2
6x + 4 = 64
2) step D
Subtract 4 from both sides. (Subtracting 4 from the left hand side and right hand side of the equation)
It becomes
6x + 4 - 4 = 64 - 4
6x = 60
3) step C
Divide by 6 from both sides. (Dividing the lefthand side and right hand side of the equation by 6). It becomes
6x / 6 = 60 / 6
x = 10