Hi there!
Which of the following is a true statement? (round to the nearest tenth as needed).
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Check: u + -10 = 14, when u = -1.4
u(-1.4) + -10 = 14
-11.4 ≠ 14
Answer: False
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Check: -10 - u = 14, when u = 4.0
-10 - u(4) = 14
-14 ≠ 14
Answer: False
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Check: -10 + u = 14, when u = 24.0
-10 + u(24) = 14
14 = 14
Answer: True
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Check: If -10 + u = 14, when u = 4
-10 + u(4) = 14
-6 ≠ 14
Answer: False
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The statement that is true is: -10 + u = 14, then u = 24.0
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Hope This Helps :)
Answer:
A. 40 combinations
we have 8 x 5 = 40
Step-by-step explanation:
Would be 60 as 3 letter words with 5 letters.
The logic is that all letters are being used to their maximum and with numbers 3 within 5 or 5 within 5 the maximum that cna be used is 12 rotation for 3 per letter or 8 rotaion for 5. Then we have 5 rotations = 60 for 3 and 40 for 5. Another logic is the many combinations can you make from the numbers 1 2 3 4 5 not multiplying?
The rearrangement of 5 figure numbers will be 5x4x3x2x1 which is 120 combinations, when you don't repeat a number.
We see that 4+3 +2+1 = 10 and shows less than 5 number combinations at 120, and then we have 5
5:10 ratio = 5/15 = 1/3
This = 1/3 of 120 =40
Then we find answer is 40 as compact 5 letter words from the word tight.
No, it is not. Using the distributive property, multiply 2 to 3x and -5 to get 6x-10. 6x-8 does not equal 6x-10, they have the same coefficient by not the same constant.
<span>2.96 = 2 96/100
=2 24/25</span>
So, the domain is an essential part of the function. Does Every Function Have a Domain? Yes, but in simpler mathematics we never notice this, because the domain is assumed: Usually it is assumed to be something like "all numbers that will work". Or if we are studying whole numbers, the domain is assumed to be whole numbers.
