AUTHOR: Grace Hopper (Change Grace’s name to yours) COURSE: CSC 102 Section 1 (Use the correct section number) DUE DATE: December 10th, 2010 (Use the correct due date) REFERENCE: “Computer Science – A structured Programming Approach using C++”, Forouzan & Gilberg ………………………………………………………. PURPOSE: Create a customer’s bill for a company.
The company sells only five different products:
TV, VCR, Remote Controller, CD Player, and Tape Recorder.
The Unit prices are $300.00, $120.00, $25.30, $250.00, and $15.00, respectively. The program must read from the keyboard the quantity of each piece of equipment purchased. It then calculates the cost of each item, the subtotal, and the total cost after a 9 1/8 % sales tax.
INPUT: The input data consists of a set of integers representing the quantities of each item sold. Theses integers must be input into the program in a user friendly way; that is, the program must prompt the user for each quantity. For Example: How many TV’s were sold?————-* 40 How many VCR’s were sold?————* 25 How many Remote Controls were sold?–* 15 How many CD Player’s were sold?——* 10 How many Tape Recorder’s were sold?–* 5 OUTPUT: The exact required format(based on the input from above) for the output from the program is shown below: UNIT TOTAL QTY DESCRIPTION PRICE PRICE — ———– —— ——– 40 TV 300.00 12000.00 25 VCR 120.00 3000.00 15 REMOTE CTRL 25.30 379.50 10 CD 250.00 2500.00 5 TAPE RECORDER 50.00 250.00 ——– SUBTOTAL 18129.50 TAX 1654.32 TOTAL 19783.82 Note: Your program does not need to handle quantities greater than 99 nor dollar amounts greater than 99999.99 ……………………………………………………….
The Essay on What is sequential flow of a program
A sequential slow is a series of consecutive statements which is executed in the order that they instructed. The computer only operates on sequential code, one statement after the next, until it encounters a decision structure, loop structure, or a submodule. After the decision, loop, or instructions are completed, the next statement in sequence will be executed. What is branching within a ...
REMOTE(float) – cost of Remote Contoller TAPE(float) – cost of Tape Player TV(float) – cost of Televison quantity_tv(int) – quantity of TVs inputted by user quantity_vcr(int) – quantity of VCRsinputted by user quantity_remote(int) – quantity of Remote Controllers inputted by user quantity_cd(int) – quantity of CD Players inputted by user quantity_tape(int) – quantity of Tape players inputted by user subtotal(float) – total of all items before tax total(float) – total of all items including tax total_cd(float) – total cost of all the CD Players total_remote(float) – total cost of all the Remote Controllers total_tape(float) – total cost of all the Tape Players total_tax(float) – sales tax amount total_tv(float) – total cost of all the TVs total_vcr(float) – total cost of all the VCRs //=====================Begin Program Bill========================== //DON’T FORGET: Output to the screen your name course and section number here!! //Prompt for and get quantities from the user cout ** “nHow many TV’s were sold?————-* “; cout ** “How many VCR’s were sold?————–* “; cout ** “How many Remote Controls were sold?—-* “; cout ** “How many CD Player’s were sold?——–* “; cout ** “How many Tape Recorder’s were sold?—-* “; total_cd = CD * quantity_cd; total_vcr = VCR * quantity_vcr; total_tape = TAPE * quantity_tape; total_remote = REMOTES * quantity_remote; subtotal = total_tv * total_vcr * total_remote * total_cd * total_tape; total = subtotal + total_tax; cout ** “n t t UNITt TOTAL”** endl; cout ** “QTYtDESCRIPTIONt PRICEt PRICE” ** endl; cout ** “—t———–t——t——–” ** endl; cout ** setw(3) ** quantity_tv ** “tTV t” ** setw(6) ** TV; ** “t” ** setw(8) ** total_tv ** endl; cout ** setw(4) ** quantity_vcr ** “tVCR t” ** setw(7) ** VCR; ** “t” ** setw(9) ** total_vcr ** endl; cout ** setw(5) ** quantity_remote ** “tREMOTE CTRL t” ** setw(8) ** REMOTE; ** “t” ** setw(10) ** total_remote ** endl; cout ** setw(6) ** quantity_cd ** “tCD t” ** setw(9) ** CD; ** “t” ** setw(11) ** total_cd ** endl; cout ** setw(7) ** quantity_tape ** “tTAPE RECORDERt” ** setw(10) ** TAPE ; ** “t” ** setw(12) ** total_tape ** endl; cout ** “ttSUBTOTALt” ** setw(18) ** sub_total ** n; cout ** “ttTAX t” ** setw(18) ** total_tax ** n; cout ** “ttTOTAL t” ** setw(18) ** total ** n; //DON’T FORGET: Output to the screen your name course and section number here too!!! //=====================End Program Bill==========================
The Essay on Total Product, Average Product And Marginal Product
In the background to supply, we notice about the terms “total product”, “marginal product” and “average product”. These three figures are the foundation upon which the analysis of short-run production for a firm is analyzed. Total product is the total quantity of output produced by a firm for a given quantity of inputs. The usual framework is to analyze total ...
