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3 years ago

WHAT IS THE BEST ADVICE FOR SENDING EMAILS? *

Engineering

1 answer:

Tatiana [17]3 years ago

6 0

Answer:

WHAT IS THE BEST ADVICE FOR SENDING EMAILS?

TREAT A BUSINESS EMAIL THE SAME WAY YOU WOULD TREAT A FORMAL BUSINESS LETTER.

Explanation:

Electronic mail (email or e-mail) is a method of exchanging messages ("mail") between people utilizing electronic devices. Email initially entered limited use during the 1960's, however users could just send to others who used the same computer, and some early email systems even required the author and the recipient to both be online at the same time, like texting. Ray Tomlin-son is credited as the inventor of email, as in 1971 he developed the primary system able to send mail between users on different has over The Advanced Research Projects Agency Network, utilizing the (at) sign to interface the user name with a destination server. By the mid-1970's this had taken the form presently recognized as email.

Business email is basically the email which you use explicitly for your business. Regularly, your business email address incorporates your organization name inside it, for example, your-name (at) company-name (dot) com and your associates will have their email address designed similarly. This expert method for sending business email will likewise fill in as a type of promoting as your business name will be noticeable with each correspondence. Each time you send an email, the beneficiary will be reminded what your identity is and will promptly realize which organization you speak to, regardless of whether they have never met you, which is extraordinary news for an independent venture that is attempting to fabricate brand mindfulness. Business email programming can significantly upgrade an enormous or a private venture giving your business email additional usefulness.

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For this assignment, you will write a program to determine the time and date corresponding to an elapsed number of seconds since

Karolina [17]

A Python program should be written to produce output that corresponds to the given hour, minute, second, day of the month, month's name, year, and day of the week's name.

present_year=2016

present_month="January"

present_date="1"

present_day="Friday"

present_hour=0

present_minute=0

present_second=0

input<-from user(seconds)//taking imput from the user using Python program

total_seconds=input

//checking with seconds

if(total_seconds<60)

present_second+=total_seconds

else

total_minutes=total_seconds/60

remaining_seconds=total_seconds-total_minutes*60

present_second+=remaining_seconds

//checking with minutes

if(total_minutes<60)

present_minute+=total_minutes

else

total_hours=total_minutes/60

remaining_minutes=total_minutes-total_hours*60

present_minute+=remaining_minutes

//checklng with hours

if(total_hours<24)

present_hour+=total_hours

else

total_days=total_hours/24

remaining_hours=total_hours-total_days*24

present_hour+=remaining_hours

//checking with days

total_weeks=total_days/7

remaining_day=total_days-total_weeks*7

switch(remaining_day)

case 1:

present_day="Friday"

case 2:

present_day="Saturday"

case 3:

present_day="Sundayday"

case 4:

present_day="Monday"

case 5:

present_day="Tuesday"

case 6:

present_day="Wedday"

case 7:

present_day="Thursday"

//checking with years

if(total_days>366)

while(total_days)

if(present_year%4==0)

total_days-=366

present_year+=1

if(present_year%4!=4)

total_days-=365

present_year+=1

if(present_year%4!=0&&total_days<365)

break;

if(present_year%4==0&&total_days<366)

break;

//checking with months and date

if(total_days<=366)

while(total_days)

if(present_month="January")

present_date++

total_days--

if(present_date==31)

present_month="February"

present_date=0

if(present_month="February")

present_date++

total_days--

if(present_date==28&&present_year%4!=0)

present_month="March"

present_date=0

if(present_date==29&&present_year%4==0)

present_month="March"

present_date=0

if(present_month="March")

present_date++

total_days--

if(present_date==31)

present_month="April"

present_date=0

if(present_month="April")

present_date++

total_days--

if(present_date==30)

present_month="May"

present_date=0

if(present_month="May")

present_date++

total_days--

if(present_date==31)

present_month="June"

present_date=0

if(present_month="June")

present_date++

total_days--

if(present_date==30)

present_month="July"

present_date=0

if(present_month="July")

present_date++

total_days--

if(present_date==31)

present_month="August"

present_date=0

if(present_month="August")

present_date++

total_days--

if(present_date==31)

present_month="September"

present_date=0

if(present_month="September")

present_date++

total_days--

if(present_date==30)

present_month="October"

present_date=0

if(present_month="October")

present_date++

total_days--

if(present_date==31)

present_month="November"

present_date=0

if(present_month="November")

present_date++

total_days--

if(present_date==30)

present_month="December"

present_date=0

if(present_month="December")

present_date++

total_days--

if(present_date==31)

present_month="January"

present_date=0

//printing present time

print present_hour:present_minute:present_second present_date present_month present_year present_day

Learn more about Python program here:

brainly.com/question/28691290

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3 0

2 years ago

Calculate the density of a hydraulic oil in units of kg/m^3 knowing that the density is 1.74 slugs/ft^3. Then, calculate the spe

Amanda [17]

Answer:

Density of oil will be 897.292 kg $m^3$

And specific gravity of oil will be 0.897

Explanation:

We have given density of oil is 1.74 slugs/ $ft^3$

We have to convert this slugs/ $ft^3$ into kg/ $m^3$

We know that 1 slugs = 14.5939 kg

So 1.74 slug = 1.74×14.5939 = 25.3933 kg

And 1 cubic feet = 0.0283 cubic meter

So $1.74slug/ft^3=\frac{1.74\times 14.5939kg}{0.0283m^3}=897.292kg/m^3$

Now we have to calculate specific gravity it is the ratio of density of oil and density of water

We know that density of water = 1000 kg/ $m^3$

So specific gravity of water $=\frac{897.292}{1000}=0.897$

7 0

4 years ago

Use Lagrange multiplier techniques to find the local extreme values of the given function subject to the stated constraint. If a

Leno4ka [110]

Answer:

Explanation:

Given f(x, y) = 5x + y + 2 and g(x, y) = xy = 1

The step by step calculation and appropriate substitution is clearly shown in the attached file.

5 0

4 years ago

Ginger feels like she is very qualified for a Revenue job. Which qualification does Ginger most likely have?

deff fn [24]

Explanation:

The qualifications Ginger most likely have to become very qualified for a Revenue job are integrity, ability to analyze tax forms, and good math skills

Revenue is defined as the amount of money that a company actually receives during a specific period, including discounts and deductions for returned merchandise. This transaction involves money and sometimes large amount of money. Thus, integrity is greatly needed.

Revenue job examples are <em>Revenue Accountant, Revenue Analyst, Revenue Manager. </em>

5 0

3 years ago

Read 2 more answers

R1 = 2.2 kΩ R2 = 4.7 kΩ C = 0.1 F Vdc = +5 V Vac = 5 V peak f = 1 kHz A. Use superposition to calculate the dc voltage at point

horrorfan [7]

Answer:

See attachments for step by step procedure into getting answers.

Explanation:

Given that;

R1 = 2.2 kΩ R2 = 4.7 kΩ C = 0.1 F Vdc = +5 V Vac = 5 V peak f = 1 kHz A. Use superposition to calculate the dc voltage at point X: Vdc = ______

See attacent for complete solving