This is a table that shows how to convert distances:
As you go down the list you multiply by 10 each step!
So 1 kilometer is 10 Hectometers. 10 Hectometers are 100 Decameters.
0.5 Hectometers are 5 Decameters or 50 Meters.
Now as you go from bottom towards the top you DIVIDE by 10 each step.
So 100 Millimeters are 10 centimeters or 1 decimeter or 0.1 Meter.
Hence, 86000 cm are 0.86 km.
86000 divided by 100000!
6475 divided by 53 and show all work = 122.16981132075472
0.0306
That means that you don't just show the final solution, but all the calculations that you did to obtain the answer.
Go to the Google.com search bar. All you have to do is type the amount you want to convert and its units (for instance, 17.49 EUR) and then "to" and whatever units you want to convert to so for instance : "17.49 EUR to USD" will show you the conversion
1 centimetre = 10 millimetres. You now have all the information required to work out, for yourself, the answer to this and similar questions.
it is 7.6 g
86000
6475 divided by 53 and show all work = 122.16981132075472
There are a number of reasons why machines cannot convert all of their input into useful work. This is because they were made by humans and have a margin of error.
Yes - with certain limitations. You can convert part of the heat - not all of the heat - into useful work, if there is a heat difference. The remainder of the heat (from the hot container) gets passed to the cold container. You CANNOT convert ALL the heat into useful work, nor can you convert heat into useful work if there is no heat difference. All this would contradict the Second Law of Thermodynamics, and it is very unlikely that this law will ever be violated.
Since most teachers require showing your work, I assume you're looking for an easy answer. I will only show you some of the steps to solve this. 1) Convert your percentage to a decimal. 2) Multiply the decimal to the amount. 3) Rewrite your answer using the format. "N" is 88% of 175.
0.0306
No, due to the second law of thermodynamics, a heat engine cannot convert all of its heat energy into work. Some heat will always be lost to the surroundings, decreasing the efficiency of the process.
They are not always required, but are worn to show company pride and to say yes we are all the same, we all work here
We show our work, and do it all. Everything is to perfection
Kresslers
42=1,2,3,6,7,14,21,42