00:06In this video, we will perform some simple conversions of units of length and one unit
00:11from force, such as newtons to kilograms, this in Python was done by converting to
00:17a unit in order to obtain its equivalent constant conversion thus we have kilometers
00:22to miles, kilometers, meters, newtons, kilograms. For this, we begin by creating a folder in
00:29desktop called conversion, we go to the Visual Studio file explorer and create a file
00:35called point pg conversion is the extension of python and we type the input message
00:41compress between kilometers to be evaluated
00:51Next, the kilometer will be equal to a floating-point variable; that is, it allows representing a number
00:56positive or negative with decimals within an input that allows receiving information from the user
01:02independent of its entry
01:08Then we write miles equals kilometers times the conversion constant to a unit
01:17and finally print the result in miles
01:27And when we press play on the console in Visual Studio, we can see that the programming is correct.
01:32We enter a value to evaluate, in this case 30 kilometers, and it gives us the result in miles: 18.64
01:44Now, to convert kilometers to meters, we simply change the data already entered.
01:49This is, we have the input message from the previous exercise, compress between kilometers to be evaluated
01:56Next, the kilometers will be equal to a floating-point variable; this allows us to represent a
02:02A positive or negative number with decimals within an input field that allows receiving information from the user.
02:08independent of its input, then we write meters equals kilometers times the constant of
02:14conversion to a unit of one thousand and finally print the result in meters
02:21and we press play on the console in Visual Studio, we can see that the programming is correct, we enter
02:26a value to evaluate in this case 50 kilometers and gives us the result in meters 50 thousand
02:33Now, to convert from newtons to kilograms, we simply change the data already entered.
02:38This means we have the input message from the previous exercise with print enter newtons to be evaluated next
02:45Newtons will be equal to a floating-point variable, then we write kilograms equals newtons times
02:50the conversion constant to a unit of 0.1204 and finally print the result in kilograms
03:09and we press play on the console in Visual Studio, we can see that the programming is correct, we enter
03:15a value to evaluate in this case 30 newtons and gives us the result in kilograms 3.0612
03:24That's all. If you found the video helpful, don't forget to subscribe.
Comentarios