Assignment No. 01 Semester: Spring 2013 CS201: Introduction to Programming Total Marks: 20 Due Date:02/05/2013 Instructions: Please read the following instructions carefully before submitting assignment. It should be clear that your assignment will not get any credit if: The assignment is submitted after due date. The submitted assignment does not open or file is corrupt. Assignment is copied(partial or full) from any source (websites‚ forums‚ students‚ etc) Note: You have
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SAVE A TREE – PLEASE DO NOT PRINT ME IB Math Studies – Chapter 16 and 17 – Exponential Functions – Review Questions 1.The diagrams below are sketches of some of the following functions. (i)y = ax(ii)y = x2 – a (iii)y = a – x2 (iv)y = a – x(v)y = x – a Complete the table to match each sketch to the correct function. Sketch Function (a) (b) (c) (d) Working: (Total 8 marks) 2.The following diagrams show the graphs of five functions. Each of the following sets represents the range of
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Computer Graphics Lecture Notes CSC418 / CSCD18 / CSC2504 Computer Science Department University of Toronto Version: November 24‚ 2006 Copyright c 2005 David Fleet and Aaron Hertzmann CSC418 / CSCD18 / CSC2504 CONTENTS Contents Conventions and Notation 1 Introduction to Graphics 1.1 Raster Displays . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.2 Basic Line Drawing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Curves 2.1 Parametric
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CO22 Solutions of Schrödinger’s equation by numerical integration Abstract The aim of this program is to solve Schrödinger’s equation via a numerical method and to compare our results with the analytical result. The harmonic oscillator potential was taken as the potential in the equation. This was used because the solutions to this one dimensional system are well known‚ and an analytic solution is relatively easy to program. The idea is that once we have verified that our numerical
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A projectile is any object that is given an initial velocity and follows a path determined by the effects of gravitational acceleration and air resistance. Projectile motion is the act of projecting an object into the air at an angle when a curved path is an object follows when thrown or propelled near the surface of the earth.For example: a thrown football‚ an object dropped from an airplane‚ or a bullet shot from a gun.Projectile motion may only be used to solve mechanics problems
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IT 218 Week 4 Checkpoint Jerimeh Jackson IT 218 August 24‚ 2012 UOP IT 218 Week 4 Checkpoint What are the definition and an example of a pointer? A pointer can be defined as a memory address. To further explain this definition‚ we declared a variable of (name). It will look much like this (int name). Every variable will occupy some memory. Now we will declare another variable to under (int name). This variable will be (int name-1)‚ and now this variable is declared as a pointer to
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Agenda ROBO237 - WEEK #9 Review of Lab #6 Quick Teach Basics Bill Of Materials (BOM) New instructions TPWrite and TPErase ABB Palletizing Program Two dimensional palletizing program Example 3x2 matrix Adding TPReadFK instruction to the palletizing program ABB 3-dimensional palletizing program Case study Example 2x3x2 matrix Solution for Lab #6 – method 1 PROC main() MoveJ home‚v1000‚fine‚tool0; pallet; MoveJ home‚v1000‚fine‚tool0; ENDPROC ENDMODULE PROC pallet() FOR y FROM 0 TO 3 STEP 1 DO
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Alyanna Lopez ANAGEOM EK Polar coordinates is defined as pair of coordinates locating the position of a point in a plane‚ the first being the length of the straight line (r) connecting the point of reference to the particular point you are locating and second being the angle (θ). It is another way of locating points along a plane using radius (r) and theta (θ) instead of using coordinates x and y. One practical application of the polar coordinates is studying the motions of the human body
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List down Industry domains where Data warehousing technologies have been deployed? 2. List and define the OLAP operations. 3. What are the data integration challenges and how to cater them? Advertisement TABLE OF CONTENTS - DW Overview --------Architecture --------Back-end Tools - Intro to OLAP --------Codd’s 12 Rules --------FASMI - MD Data Structures - OLAP Server - OLAP Operations - OLAP Architectures --------MOLAP: Part I --------MOLAP: Part
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Code 1: 1. Write a c program to reverse a given number 2. C program to find reverse of a number 3. C program to reverse the digits of a number 4. Reverse of a number in c using while loop #include int main(){ int num‚r‚reverse=0; printf("Enter any number: "); scanf("%d"‚&num); while(num){ r=num%10; reverse=reverse*10+r; num=num/10; } printf("Reversed of number: %d"‚reverse); return 0; } Sample output: Enter any number:
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