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This is the 2nd in a series of videos providing a tutorial on Python 2.7 using Anaconda Python and the Spyder IDE. Click here to go to a “home page” for the video series.
This video discusses basic arithmetic in Python (basic math operations), variable assignment, transcendental functions (like exp) using the math module, and logicals (including comparison).
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The video is about 24 minutes long.
Video Index: Basic Arithmetic and Variable Assignment
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Click on the topics below to jump to that location in the video.
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Time | Topic |
00:00 | Introduction |
00:35 | Launching the Spyder IDE |
01:32 | Making the iPython console large |
01:49 | Showing the Variable Explorer window |
02:05 | Basic Arithmetic Introduction |
02:17 | Addition Example |
02:22 | Multiplication Example |
02:27 | Order of precidence |
02:29 | Power (exponentiation) operator |
03:17 | Caclulating roots using the power operator |
03:34 | Integer division (unexpected behavior) |
04:18 | Making floating point numbers using the decimal point |
04:47 | Types of numbers with “type()” |
05:12 | Conversion of integers to floting point numbers in mixed expressions |
05:43 | Advice: Write math expressions in decimals |
06:19 | Summary of arithmetic in Python |
06:40 | Assigning variables |
06:54 | Variables are shown in the Variable Explorer window |
07:17 | Print the value of a variable |
07:34 | Print the value of a variable with the “print” statement |
07:42 | Changing the value of a variable with the Variable Explorer window |
08:19 | Arithmentic with variables |
08:54 | Types of variables |
09:02 | Convert a variable to a floating point number with “float()” |
10:07 | Transcendental math functions not a part of basic Python |
10:41 | Importing the “math” module |
11:06 | Using math functions |
11:32 | Math constants and the math constant e |
11:40 | Clear console window with cntr-L |
11:49 | The math constant pi |
11:58 | cosine and sine |
12:15 | Summary of the basic use of trascendental math functions in Python |
12:28 | “Directory” of the math object using the function “dir()” |
13:06 | “log()” is the natural logarithm; tesing the log() function to verify what it does. |
14:05 | Log to the base 10 with “log10()”; testing the log10() function to verify what it does. |
14:31 | Introduction to logicals |
14:40 | “True” |
14:55 | “False” |
15:04 | Opertations with logicals |
15:16 | “or” |
15:34 | “and” |
15:47 | grouping and “not” (the complement) |
16:24 | Comparisons: greater than (“>”) and less than (“<') |
16:40 | Equality (“”) |
17:23 | Greater than or equals (“>=”) and less than or equals (“<=') |
17:41 | Not equals (“!=”) |
18:00 | Summary of logicals |
18:52 | Getting information and documentation about Python |
19:01 | The best way to get information using a search engine such as Google |
19:16 | Finding Python tutorials |
19:24 | The python.org web site |
19:35 | The Python Tutorial at Python.org |
19:59 | Finding more specific Python information |
21:34 | The stackoverflow.com web site |
22:03 | Information about determining the type of an object at stackoverflow.com |
22:12 | Using “isinstance()” |
23:18 | Summary of getting information about Python |
23:50 | Video conclusion |