1. Pseudocodeinstructions a. Determinetheareaofatriangle i. Getvalueofbase ii. Getvalueofheight iii. Setvalueofmultiplyto iv. Setvalueofareatomultiplyxbasexheight(mxbxh) v. PrintmessageTheareaofthetriangleis vi. Printva
CHAPTER 3 Engineering Geometry
INTRODUCTION Graphics is used to represent complex objects and structures that are created from simple geometric elements, such as lines, circles, and planes. Current 3-D CAD programs use these simple geometric forms to crea
CHAPTER 4 3-D Solid Modeling
INTRODUCTION The chapter outlines the most common approaches for generating 3-D computer models, in addition to how these models are viewed and modified on the computer. A particular focus is put on constraint-based modeling a
CHAPTER 5 Multiviews and Visualization
INTRODUCTION Chapter 5 introduces the theory, techniques, and standards of multiviews, which are a standard method for representing engineering designs. The chapter describes how to create one-, two-, and three-view
CHAPTER 9 Dimensioning & Tolerancing Practices
INTRODUCTION Before an object can be built, complete information about both the size and shape of the object must be available. The exact shape of an object is communicated through orthographic drawings, whic
CHAPTER 11 The Engineering Design Process
INTRODUCTION Technical graphics is an integral part of the engineering design process through which engineers and drafters/designers generate new ideas and solve problems. Traditionally, engineering design consist
OPERATION I NPUT: PSEUDOCODE Get the value of I FLOW CHART C+ cin >
P rint the value Print the message the message
cout < cout < the message
Set the value
If condition then action If condi
/Created by Latecia
/For educational purposes, start of program not entire program
/Implemented using classes
int choice, schoice, achoice;
int month, day, year;
/ Hw 8b
/ Created by Jada Mitchell on 3/1/16.
/ Copyright 2016 Jada Mitchell. All rights reserved.
array represents the
Created by Jada Mitchell on 2/25/16.
Copyright 2016 Jada Mitchell. All rights reserved.
using namespace std;
int size = 10;
int temp, smallest, largest;
for ( int i =