Adding Loops, Numpy Sympy, Whitespace

ee5037bb · Sarah Bradford · 8b95fb0b · ee5037bb · ee5037bb · ee5037bb
Commit ee5037bb authored 2 years ago by Sarah Bradford
--- a/Loops.ipynb
+++ b/Loops.ipynb
--- a/Numpy_Sympy.ipynb
+++ b/Numpy_Sympy.ipynb
--- a/Whitespace_Indentation.ipynb
+++ b/Whitespace_Indentation.ipynb
+{
+ "cells": [
+  {
+   "cell_type": "markdown",
+   "id": "950c4fef",
+   "metadata": {},
+   "source": [
+    "# Whitespace Sensitivity"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "019e60ef",
+   "metadata": {},
+   "source": [
+    "Short Title: Indentation"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "c61cba51",
+   "metadata": {},
+   "source": [
+    "# Description"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "55abe61f",
+   "metadata": {},
+   "source": [
+    "Whitespaces or indedentation act as the spaces at the very start or inside of a code for enhanced readibility in Python. It is used to designate a block of code inside of a program. Any code without indentation or white space is attached to a specific source file. Whitespaces tend to be sensitive due to their ability to completely effect the possibilities of an output of a code or interpretation of a statement ultimately causing an error to pop up.\n",
+    "\n",
+    "It is important to understand, whitespace must always be consistant throughout code. So if a programmer starts with 5 spaces, 5 space must be used throughout the remainder of the block of code or else a syntax error will not allow the code to be ran."
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "f8796bb7",
+   "metadata": {},
+   "source": [
+    "# Examples"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "410f3f67",
+   "metadata": {},
+   "source": [
+    "'' - space\n",
+    "\n",
+    "/t - tab"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "880c1d84",
+   "metadata": {},
+   "source": [
+    "# Learning Materials"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 4,
+   "id": "dfad44a7",
+   "metadata": {},
+   "outputs": [
+    {
+     "data": {
+      "image/jpeg": 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\n",
+      "text/html": [
+       "\n",
+       "        <iframe\n",
+       "            width=\"640\"\n",
+       "            height=\"360\"\n",
+       "            src=\"https://www.youtube.com/embed/vgefSv5k-o4?cc_load_policy=True\"\n",
+       "            frameborder=\"0\"\n",
+       "            allowfullscreen\n",
+       "            \n",
+       "        ></iframe>\n",
+       "        "
+      ],
+      "text/plain": [
+       "<IPython.lib.display.YouTubeVideo at 0x7ff3796ec7c0>"
+      ]
+     },
+     "execution_count": 4,
+     "metadata": {},
+     "output_type": "execute_result"
+    }
+   ],
+   "source": [
+    "from IPython.display import YouTubeVideo\n",
+    "YouTubeVideo(\"vgefSv5k-o4\",width=640,height=360, cc_load_policy=True)"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "50fdb729",
+   "metadata": {},
+   "source": [
+    "10 minutes"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "4ae1c549",
+   "metadata": {},
+   "source": [
+    "# Self-Assessment"
+   ]
+  },
+  {
+   "cell_type": "markdown",
+   "id": "a2e5459e",
+   "metadata": {},
+   "source": [
+    "Create a code that tests whitespace values."
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": 6,
+   "id": "80ee2cd9",
+   "metadata": {},
+   "outputs": [
+    {
+     "name": "stdout",
+     "output_type": "stream",
+     "text": [
+      "printable Value is:  \n",
+      "printable Value is:  \n",
+      "printable Value is:  \n",
+      "printable Value is:  \n",
+      "printable Value is:  \n",
+      "printable Value is:  \n"
+     ]
+    }
+   ],
+   "source": [
+    "#Put your answer here\n",
+    "# import string \n",
+    "import string \n",
+    "    \n",
+    "# An input string.\n",
+    "Sentence = \"What time does lunch begin at Shaw?\"\n",
+    "  \n",
+    "for i in Sentence:\n",
+    "      \n",
+    "    # determines if whitespace is found in code\n",
+    "    if i in string.whitespace:\n",
+    "          \n",
+    "        # Prints the number of whitespace values and its characters\n",
+    "        print(\"printable Value is: \" + i)"
+   ]
+  },
+  {
+   "cell_type": "code",
+   "execution_count": null,
+   "id": "351205d1",
+   "metadata": {},
+   "outputs": [],
+   "source": []
+  }
+ ],
+ "metadata": {
+  "kernelspec": {
+   "display_name": "Python 3 (ipykernel)",
+   "language": "python",
+   "name": "python3"
+  },
+  "language_info": {
+   "codemirror_mode": {
+    "name": "ipython",
+    "version": 3
+   },
+   "file_extension": ".py",
+   "mimetype": "text/x-python",
+   "name": "python",
+   "nbconvert_exporter": "python",
+   "pygments_lexer": "ipython3",
+   "version": "3.9.12"
+  }
+ },
+ "nbformat": 4,
+ "nbformat_minor": 5
+}
+%% Cell type:markdown id:950c4fef tags:
+# Whitespace Sensitivity
+%% Cell type:markdown id:019e60ef tags:
+Short Title: Indentation
+%% Cell type:markdown id:c61cba51 tags:
+# Description
+%% Cell type:markdown id:55abe61f tags:
+Whitespaces or indedentation act as the spaces at the very start or inside of a code for enhanced readibility in Python. It is used to designate a block of code inside of a program. Any code without indentation or white space is attached to a specific source file. Whitespaces tend to be sensitive due to their ability to completely effect the possibilities of an output of a code or interpretation of a statement ultimately causing an error to pop up.
+It is important to understand, whitespace must always be consistant throughout code. So if a programmer starts with 5 spaces, 5 space must be used throughout the remainder of the block of code or else a syntax error will not allow the code to be ran.
+%% Cell type:markdown id:f8796bb7 tags:
+# Examples
+%% Cell type:markdown id:410f3f67 tags:
+'' - space
+/t - tab
+%% Cell type:markdown id:880c1d84 tags:
+# Learning Materials
+%% Cell type:code id:dfad44a7 tags:
+``` python
+from IPython.display import YouTubeVideo
+YouTubeVideo("vgefSv5k-o4",width=640,height=360, cc_load_policy=True)
+```
+%% Output
+    <IPython.lib.display.YouTubeVideo at 0x7ff3796ec7c0>
+%% Cell type:markdown id:50fdb729 tags:
+10 minutes
+%% Cell type:markdown id:4ae1c549 tags:
+# Self-Assessment
+%% Cell type:markdown id:a2e5459e tags:
+Create a code that tests whitespace values.
+%% Cell type:code id:80ee2cd9 tags:
+``` python
+#Put your answer here
+# import string
+import string
+# An input string.
+Sentence = "What time does lunch begin at Shaw?"
+for i in Sentence:
+    # determines if whitespace is found in code
+    if i in string.whitespace:
+        # Prints the number of whitespace values and its characters
+        print("printable Value is: " + i)
+```
+%% Output
+    printable Value is:
+    printable Value is:
+    printable Value is:
+    printable Value is:
+    printable Value is:
+    printable Value is:
+%% Cell type:code id:351205d1 tags:
+``` python
+```