Please help me with the explain part of the assignment!! Read the following scenario and then answer the questions below. Submit your answers in a separate
word document.
Terry just received an assignment back from his instructor. Unfortunately, Terry received a
failing grade for the assignment. Terry is extremely upset because he worked hard to
try to
complete the assignment correctly. He quickly finds his laptop, logs into his email, and sends the
following email to his instructor:
why did get a 0 on my assignment?! i worked really hard! am just not understanding what went wrong to
get that grade and am freaking outcan u respond asap? need this grade to be changed.

Explain: In 100 words or more, explain 2-3 tools and/or resources that helped you revise Terry's
email message.

Re: instructor

Subject: Exam Grade.

Dear instructor,

I am contacting you to discuss my exam grade. I am really stumped with the grade I received and would like to know the reason why my rating was 0.

I have really worked very hard to take this exam and was expecting a higher grade. That is why I need to know what has gone wrong with my answers so that I can improve or perhaps do a review in case it was a mistake in the correction.

Greetings you sincerely,

Terry.

Explanation:

 At first look, we can see that Terry is writing an email that is too informal, without a structure and with a language that is not appropriate for the person who is going to receive it.

Therefore, what must be improved in this email is its structure, its language and the way in which it is expressed towards a superior.

The way to write a formal email correctly is as follows:

Think carefully about the subject of the message

Make a timeless greeting adapted to the recipient

Synthesize the content to the maximum

Don't forget to say goodbye

Sign the mail

Before hitting 'send', check your message

Explanation:

the gas pressure p, gas volume v, and gas temperature t are given in the formula:   pv=nrt,

r is the gas constant, and n is the number of gas moles.

if the container is cooled and remains under atmospheric pressure, where r is a constant that does not change, the volume of the container remains the same, the conclusion is drawn that, with all other values ​​unchanged, the number of gas moles n, is decreases.

the right answer is a.