the amnwer is 1.6. all you do is 8 dived by 5
Answer:
$82,250 < x <= $171,550
Step-by-step explanation:
You didn't provide all the possible answers. In this case we don't need to see all answers to help you... but because you didn't provide all the choices for answer, we can't give the exact answer, only the possible range of values.
The question asks for a possible taxable income for someone filing under the 28% bracket.
If we look at the table, we see the 28% bracket is for income ranging from $82,250 (exclusively) to $171,550 (inclusively)
So, your answer has to be within the range:
$82,250 < x <= $171,550
It cannot be $82,250 but it can be $171,550 and any number in between.
Since you didn't provide all the answer choices, we can't tell you if it's B, C, D, and so on... but we can tell you it's not A.
The average atomic mass is 6.92X
How do we compute the average atomic mass?
In a bid to calculate the average atomic mass, we multiply the fraction of each isotope by the mass number , then add them together.
This is more like weighted average, as shown below:
average atomic mass=(mass number of first isotope*fraction)+(mass number of second isotope*fraction)
average atomic mass=(6X*7.59%)+(7X*92.41%)
average atomic mass= 6.92X
Find out more about average atomic mass on:brainly.com/question/13299770
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Answer: No he does not meet both of his expectation by cooking 10 batches of spaghetti and 4 batches of lasagna.
Step-by-step explanation:
Since here S represents the number of batches of spaghetti and L represents the total number of lasagna.
And, the chef planed to use at least 4.5 kilograms of pasta and more than 6.3 liters of sauce to cook spaghetti and lasagna.
Which is shown by the below inequality,
----------(1)
And,
--------(2)
By putting S = 10 and L = 4 in the inequality (1),
![0.3\times 10+0.65\times 4 \geq 4.5](https://tex.z-dn.net/?f=0.3%5Ctimes%2010%2B0.65%5Ctimes%204%20%5Cgeq%204.5)
⇒
(true)
Thus, for the values S = 10 and L = 4 the inequality (1) is followed.
Again By putting S = 10 and L = 4 in the inequality (2),
![0.25\times 10+0.8\times 4 >6.3](https://tex.z-dn.net/?f=0.25%5Ctimes%2010%2B0.8%5Ctimes%204%20%3E6.3)
⇒
( false)
But, for the values S = 10 and L = 4 the inequality (2) is not followed.
Therefore, Antonius does not meet both of his expectations by cooking 10 batches of spaghetti and 4 batches of lasagna.
Answer:
Its quite simple. It's just x - 6
Step-by-step explanation:
Hope this helps!