Simplified it is radical 1 and inside the radical sign is 3
The answer is: $ <span>18,666. 67 .
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Explanation:
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x <span>− (0.25)x = 14000 ; Solve for x.
1x </span>− (0.25)x = (0.75)x ;
(0.75)x = 14000 ;
Divide each side by: "(0.75)" ;
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x = 14000/(0.75) ;
x = 18666.6666666666666667
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18666.6666666666666667
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Answer:
-3 < x
Step-by-step explanation:
3(x + 2) > X.
Distribute
3x+6 >x
Subtract 3x from each side
3x-3x +6 >x-3x
6> -2x
Divide each side by -2, remembering to flip the inequality
6/-2 < -2x/-2
-3 < x
Answer:
There are 3478761 ways to select the first 5 numbers
Step-by-step explanation:
As understood from the statement of this problem we assume that it does not matter the order in which the first 5 white balls are selected.
In this case it is a combination.
So, what we want to know is how many ways you can choose 5 white balls out of 55.
Then we use the formula of combinations:
Where you have n elements and choose x from them.
Then we look for:
Answer: Choice C
The angle opposite N is going to involve endpoints other than N. So it will involve point I and point M to form segment IM.