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3 years ago

The following question refers to “A Christmas Memory” by Truman Capote.

English

2 answers:

AnnZ [28]3 years ago

7 0

Answer:

Explanation:

barely acknowledges their existence

Goshia [24]3 years ago

4 0

The given question refers to “A Christmas Memory” by Truman Capote.

When it comes to his other relatives, Buddy barely acknowledged their existence.

Answer: Option A

<u>Explanation: </u>

In the story, there are instances where people do not give much preference to Buddy. Moments included paying him some money for every fly he killed. Since he was also chastised, it seemed pretty obvious that he cannot live peacefully with his relatives.

There are some exceptions as one of the cousins named Sook helps Buddy by giving him some money, which implies that Buddy was close to only Sook. This story was written in 1963.

Although there are later adaptations and versions that followed it, it has faced a lot of changes in terms of plot and characters. The initial plot did not mention the names of any characters, such as Sook, which was mentioned in the later versions.

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Given the system of linear equations. Choose all of the options that could be used to solve the system using addition

myrzilka [38]

<h2>Hello!</h2>

The answer is:

The only operations that could be used to solve the system using addition are the first and the third operation.

To solve the problem, we need to check and discard each of the given option to see if the operations works to solve the system using addition, so, trying the given options.

The system of equation is:

$x+y=7\\12x+y=5$

We can see that the only way to solve the system using addition, is multiplying the first or the second equation by -1, so, we can eliminate the variable "y", let's prove that:

- First operation: Multiplying<u> the first equation</u> by -1 and add the equations together,

$x+y=7\\12x+y=5$

$x*(-1)+y*(-1)=7*(-1)\\12x+y=5$

$-x+-y=-7\\12x+y=5$

Adding the equations, we have:

$12x-x+y-y=5-7$

$11x+=5-7$

$11x+=-2$

$x=-\frac{2}{11}$

We can see that we can solve the problem using the first operation the operation.

- Third operation: Multiplying <u>the second equation</u> by -1 and add the equations together,

$x+y=7\\12x+y=5$

$x+y=7\\12x*(-1)+y*(-1)=5*(-1)$

$x+y=7\\-12x+-y=-5$

Adding the equations we have:

$-12x+x+y-y=-5+7$

$-11x=2$

$x=-\frac{2}{11}$

We can see that we can solve the problem using the third operation.

Also, we can see that in both equations the variable "y" has the same coefficient, the only operations that could work to solve the system using addition are the first and the third operation.

Have a nice day!

8 0

3 years ago

Casey is developing an essay about writing as a profession. She has used an interview conducted with Margaret Atwood as evidence

OLEGan [10]

Hi. I am not sure if there are choices that should have been included in your post. I found a similar question and had choices in it. Below is the correct way to cite a book with an editor according to MLA style:

Atwood, Margaret. Ed Earl G. Ingersoll. Waltzing Again: New and Selected Conversations with Margaret Atwood. Princeton:
Ontario Review, 2006. Print

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Vera_Pavlovna [14]

Could you explain some more

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saul85 [17]

Answer:yes i can

Explanation:

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yawa3891 [41]

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