The Formula we're going to use is:
DSO=(Sales/365)
Application:
1. 35($3,500,000/365) = $335,616
ANSWER: $335,616
or if you are having a hard time.
2. $3,500,000/365 = 9,589.04
then,
9,589.04 x 35 = $335,616
Answer:
The average job lateness for the sequence developed is 328 days
Explanation:
Given that the initial work day is base on day 275, the following is going to be the new sequence of the given jobs:
Job Due Date
A 318 5
B 317 3
C 320 8
D 327 16
E 364 40
Therefore, the average job lateness is calculated as follows:
(318+317+320+327+364)/5=328 Days
The primary measure of the economy's performance is its annual total output of goods and services, which is called gross domestic product or GDP.
Gross Domestic Product (GDP) is the total value or market value of all goods and services produced domestically within a given period of time. It serves as a comprehensive scorecard for the economic health of a particular country as a broad measure of gross domestic product.
Gross Domestic Product (GDP) is the value of domestically produced goods and services. Gross National Product (GNP), on the other hand, is the value of all finished goods and services owned by the citizens of a country, whether or not they are manufactured in that country.
Learn more about GDP here: brainly.com/question/1383956
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Explanation:
I have provided the code below which is producing the correct answers. Answers are verified by actual answers from calculator.
I have used a for loop for fast calculation and print.
ANSWER CODE:
population = 312032486;
seconds = 365*24*60*60;
births = seconds//7;
deaths = seconds//13;
immigrations = seconds//45;
years = {1,2,3,4,5}
change_in_pop = births - deaths + immigrations;
for val in years:
new_population = population + val*(change_in_pop)
print("The population after " + str(val) + " years is " + str(new_population)+"\n")
Answer: Railways - the first industrial revolution, the Internet - the second, the technological - the oboe, the steam engine - the beginning, the telegraph - the first, the Feedback loops - second, The flying shuttle the first, The possibility of traveling from coast to coast in the US in under a wee - the first.
Explanation:
- The Industrial Revolution brought about textural changes in people's lives, in everyday life, in the economy, in production. It went through several stages and always brought with it certain technological advances that made life easier for people. We link railways and the development of rail transport to the first industrial revolution. With steam technology, the first trains were launched and later this technology spread to the whole world. The emergence of the Internet is tied to the second half of the 20th century. It is a technology that has completely transformed the world, and without which life, today is almost impossible. When it comes to the technological revolution, it is still happening today. In this context, we bind it to both stages of the revolution. The advent of steamboats has been part of the technological revolution since the beginning of the 19th century, just like the advent of the Internet in the second half of the 20th century. The steam engine is part of the first technological revolution. Thanks to James Watts, transportation of people and goods was much faster and easier. The telegraph is part of the first technological revolution. The development of electricity has formed the basis for the electric telegraph. In 1832 Samuel Morse succeeded in developing the first stable and straightforward electrical messaging system, and in the following year received a patent for the invention.
- The first real electric telegraph connected London and Birmingham and was built in 1838. The first operational amplifier to match its name was created by electronic tubing and built-in Bell's laboratories, United States, during 1941. This is a technology that we connect to backlinks and is part of another technological revolution. The invention of hydrogen, invented by the English physicist Henry Cavendish in 1767, solved the question of balloon filling. After many attempts by French physicist Jacques Charles, using a new invention to dissolve the rubber, he constructed a 380 m3 balloon with a bulletproof, hydrogen-filled shell that had a gas vent. The first steamboat to make a profit on sailing was built in 1807 (and patented in 1809) by the American Robert Fulton. However, the new boats were built even before the end of the 18th century.
