Answer:
6/infinity
Step-by-step explanation:
There are infinity numbers, and in the list (2, 3, 4, 5, 6, 7) there are 7-2+1=6 numbers. Therefore, the answer is 6/infinity. Very unlikely!
Answer:
2x - y - 5z
Step-by-step explanation:
Given
-[z - 3y - (3x - z - 2y) + 3z + 2y] - x =
Distribute the subtraction into the ()
-[z - 3y -3x + z + 2y + 3z + 2y] - x =
Move the terms around, <em>keeping</em> the sign with the term
-[z + z + 3z - 3y + 2y + 2y - 3x] - x =
Combine like terms
-[2z + 3z - 3y + 2y + 2y - 3x] - x =
-[5z - 3y + 2y + 2y - 3x] - x =
-[5z - y + 2y - 3x] - x =
-[5z + y - 3x] - x =
Distribute the subtraction into the []
-5z - y + 3x - x =
Combine like terms
- 5z - y + 2x
Reorder:
2x - y - 5z
Have a nice day!
I hope this is what you are looking for, but if not - comment! I will edit and update my answer accordingly.
- Heather
Answer:
Answer is D) -2
Step-by-step explanation:
Answer is D) because those are negative numbers so -2 is closest to zero from other numbers.
Answer:
G7. (2√3)/3
G8. -2+√7
G9. (6 +2√2 -3√3 -√6)/7
Step-by-step explanation:
G7.
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G8.
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G9.
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<em>Comment on the problems</em>
In most cases, these expressions are the simplest possible (take the least amount of ink to draw, and take the fewest math operations to evaluate). What seems to be intended is that the denominator be made a rational number. This is done by multiplying the given fraction by a fraction equal to 1 that has the same denominator but with the sign of the radical reversed (unless, as in the first case, the radical is by itself).
The purpose of doing this is to take advantage of the fact that (a-b)(a+b) = a²-b², so if "a" or "b" is a square root, that root will not be seen in the product. In problem G9, we see this can make the numerator quite messy--not exactly a simpler form--but all the irrational numbers are in the numerator.