Assignment-1.ipynb

{
 "cells": [
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Task 1:\n",
    "\n",
    "1. Install Jupyter notebook and run the first program and share the screenshot of the output."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "55"
      ]
     },
     "execution_count": 1,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "#sum of digits problem statement-1 \n",
    "\n",
    "s=0\n",
    "d=10\n",
    "i=1\n",
    "while i <= d:\n",
    "    s += i\n",
    "    i += 1\n",
    "s"
   ]
  },
  {
   "attachments": {
    "a1.png": {
     "image/png": 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"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![a1.png](attachment:a1.png)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "2. Write a program which will find all such numbers which are divisible by 7 but are not a multiple\n",
    "of 5, between 2000 and 3200 (both included). The numbers obtained should be printed in a\n",
    "comma-separated sequence on a single line."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#Code to print divisors of 7 and not multiples of 5 between 2000 and 3200\n",
    "\n",
    "for i in range(2000,3201):\n",
    "    if i%7 == 0:\n",
    "        if i%5 !=0:\n",
    "                print(i,end=\", \")"
   ]
  },
  {
   "attachments": {
    "a2.png": {
     "image/png": 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    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![a2.png](attachment:a2.png)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "3. Write a Python program to accept the user's first and last name and then getting them printed in\n",
    "the the reverse order with a space between first name and last name."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#Code to print first and last name in reverse order with space\n",
    "\n",
    "first_name=input(\"Enter your First Name \")\n",
    "last_name=input(\"Enter your Last Name \")\n",
    "print(first_name[::-1], last_name[::-1])"
   ]
  },
  {
   "attachments": {
    "a3.png": {
     "image/png": 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LcC757udgxnbnrH+vj9C/787YpXRIf2ePKwtbu+n1gi08V/TYK7bxPLLlIVt6Lv19WEb6vqSMU3Jl8645v8z47Kre/LIOmSc3ANsHAua2lHRuMXCrjSUvb7zMe/oMAChmNQ9pwJJ5oMl3/i9YX6ooWPYEAKgGFGQrMQ98Mm+vPNDwXOYEs0t9AADVgYvdYrSbbT5Y5A2cykuGAAAxoCABACAHuNgAAJADFCQAAOQABQkAADlAQQIAQA5QkAAAkAMUJAAARCH6P2dRM1TdvY+0AAAAAElFTkSuQmCC"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![a3.png](attachment:a3.png)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "4. Write a Python program to find the volume of a sphere with diameter 12 cm.\n",
    "        Formula: V=4/3 * π * r 3"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#Code to print volume of a sphere with diameter= 12cm\n",
    "\n",
    "diametre=12\n",
    "r=diametre/2\n",
    "v=(4/3)*3.14*r**3\n",
    "print(v, \"cm\")"
   ]
  },
  {
   "attachments": {
    "a4.png": {
     "image/png": "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"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![a4.png](attachment:a4.png)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "# Task 2:\n",
    "\n",
    "1. Write a program which accepts a sequence of comma-separated numbers from console and\n",
    "generate a list."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#Code to create list from input with commas\n",
    "\n",
    "values = input()\n",
    "list = values.split(\",\")\n",
    "print(\"list:\", list)"
   ]
  },
  {
   "attachments": {
    "t2a1.png": {
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    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![t2a1.png](attachment:t2a1.png)"
   ]
  },
  {
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     "image/png": 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"
    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "2. Create the below pattern using nested for loop in Python.\n",
    "\n",
    "![q1.png](attachment:q1.png)\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#code to print the pattern\n",
    "\n",
    "n=int(input(\"Enter n : \"))\n",
    "for i in range(n+1):\n",
    "    for j in range(i):\n",
    "        print(\"*\",end=\"\")\n",
    "    print()\n",
    "for i in range(n,0,-1):\n",
    "    for j in range(j):\n",
    "        print(\"*\",end=\"\")\n",
    "    print()"
   ]
  },
  {
   "attachments": {
    "t2a2.png": {
     "image/png": 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    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![t2a2.png](attachment:t2a2.png)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "3. Write a Python program to reverse a word after accepting the input from the user.\n",
    "Sample Output:\n",
    "\n",
    "    Input word: AcadGild\n",
    "    \n",
    "    Output: dilGdacA"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#code to reverse a string\n",
    "\n",
    "s=input(\"Input word: \")\n",
    "print(\"Output word: \",s[::-1])"
   ]
  },
  {
   "attachments": {
    "t2q3.png": {
     "image/png": 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    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![t2q3.png](attachment:t2q3.png)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "4. Write a Python Program to print the given string in the format specified in the sample output.\n",
    "\n",
    "    WE, THE PEOPLE OF INDIA, having solemnly resolved to constitute India into a\n",
    "SOVEREIGN, SOCIALIST, SECULAR, DEMOCRATIC REPUBLIC and to secure to all\n",
    "its citizens\n",
    "\n",
    "    Sample Output:\n",
    "    \n",
    "WE, THE PEOPLE OF INDIA,\n",
    "\n",
    "    having solemnly resolved to constitute India into a SOVEREIGN, !\n",
    "    \n",
    "        SOCIALIST, SECULAR, DEMOCRATIC REPUBLIC\n",
    "        \n",
    "        and to secure to all its citizens"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "#code below\n",
    "\n",
    "print(\"We, THE PEOPLE OF INDIA,\")\n",
    "print(\" \\thaving solemnly resolved to constitute India into a SOVEREIGN,!\")\n",
    "print(\" \\t\\tSOCIALIST,SECULAR,DEMOCRATIC REPUBLIC\")\n",
    "print(\" \\t\\tand to secure to all it's citizens\")"
   ]
  },
  {
   "attachments": {
    "t2a4.png": {
     "image/png": 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    }
   },
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "![t2a4.png](attachment:t2a4.png)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3",
   "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": "3.7.6"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 4
}