Business Driven Technology
6th Edition
ISBN: 9780073376905
Author: Paige Baltzan Instructor
Publisher: McGraw-Hill Education
expand_more
expand_more
format_list_bulleted
Expert Solution & Answer
Chapter B, Problem B9.3MBD
Explanation of Solution
E-waste and the Environment:
- Yes, participated in a ewaste.
- Environmental impact of e-waste:
- Disassembling and disposing of e-waste cause’s environmental pollution.
- Soil, air, and land are poorly damaged.
- When e-waste is warmed up, toxic chemicals are released in to the air and then affecting the atmosphere.
- So, people needs to safely dispose the electronic equipment.
Ensuring safely disposing of electronic equipment:
- Some recycling company websites details the recycling information and facilities based on user state and postal code in order to ensure the right disposal of recyclable materials including e-waste.
Government to encouraging companies to dispose of e-waste safely:
- Governments would create regulatory agencies in each region, which are assigned with the accountability of organizing and combining the controlling functions of the several government authorities concerning unsafe materials.
- Governments should implement strict rules against removing e-waste in the country by outsiders
- Government should implement strict rules and heavy penalties charged on companies, which do not repetition waste avoidance and retrieval in the manufacture services.
- Government should motivate and support non-governmental organizations (NGO) and other organizations to include dynamically in solving the country’s e-waste problems.
- Government should discover chances to collaborate with manufactures and traders to offer recycling facilities.
Protecting poor countries from receiving e-waste:
- Follow the “reduce and recycle” process.
- Increase awareness among those countries.
- Take initiatives to document and maintain e-waste at offices.
- Confirm that e-waste is not varied with other waste.
- Assign a distinct space for e-waste for storage.
- Analyze the nearby e-waste store or e-waste recyclers to dispose e-waste.
- Contribute activity in group and awareness drives...
Expert Solution & Answer
Want to see the full answer?
Check out a sample textbook solution
Students have asked these similar questions
Next, you are going to combine everything you've learned about HTML and CSS to make a static site portfolio piece.
The page should first introduce yourself. The content is up to you, but should include a variety of HTML elements, not just text.
This should be followed by an online (HTML-ified) version of your CV (Resume).
The following is a minimum list of requirements you should have across all your content:
Both pages should start with a CSS reset (imported into your CSS, not included in your HTML)
Semantic use of HTML5 sectioning elements for page structure
A variety other semantic HTML elements
Meaningful use of Grid, Flexbox and the Box Model as appropriate for different layout components
A table
An image
Good use of CSS Custom Properties (variables)
Non-trivial use of CSS animation
Use of pseudeo elements
An accessible colour palette
Use of media queries
The focus of this course is development, not design. However, being able to replicate a provided design for the web is…
I would like to get help to draw an object relationship diagram for a typical library system.
https://docs.google.com/document/d/1lk0DgaWfVezagyjAEskyPoe9Ciw3J2XUH_HQfnWSmwU/edit?usp=sharing
using the link for the case study answer the below question
Chapter B Solutions
Business Driven Technology
Ch. B - Prob. B1.1CCOCh. B - Prob. B1.2CCOCh. B - Prob. B1.3CCOCh. B - Prob. B1.4CCOCh. B - Prob. B1.1CCTCh. B - Prob. B1.2CCTCh. B - Prob. B1.3CCTCh. B - Prob. B1.4CCTCh. B - Prob. B1.5CCTCh. B - Prob. B1.6CCT
Ch. B - Prob. B1.1MBDCh. B - Prob. B1.2MBDCh. B - Prob. B1.3MBDCh. B - Prob. B1.4MBDCh. B - Prob. B1.5MBDCh. B - Prob. B1.6MBDCh. B - Prob. B2.1CCOCh. B - Prob. B2.2CCOCh. B - Prob. B2.3CCOCh. B - Prob. B2.1CCTCh. B - Prob. B2.2CCTCh. B - Prob. B2.3CCTCh. B - Prob. B2.4CCTCh. B - Prob. B2.5CCTCh. B - Prob. B2.1MBDCh. B - Prob. B2.2MBDCh. B - Prob. B2.3MBDCh. B - Prob. B2.4MBDCh. B - Prob. B3.1CCOCh. B - Prob. B3.2CCOCh. B - Prob. B3.3CCOCh. B - Prob. B3.4CCOCh. B - Prob. B3.1CCTCh. B - Prob. B3.2CCTCh. B - Prob. B3.3CCTCh. B - Prob. B3.4CCTCh. B - Prob. B3.1MBDCh. B - Prob. B4.1CCOCh. B - Prob. B4.2CCOCh. B - Prob. B4.3CCOCh. B - Prob. B4.4CCOCh. B - Prob. B4.5CCOCh. B - Prob. B4.6CCOCh. B - Prob. B4.1CCTCh. B - Prob. B4.2CCTCh. B - Prob. B4.3CCTCh. B - Prob. B4.4CCTCh. B - Prob. B4.5CCTCh. B - Prob. B4.1MBDCh. B - Prob. B4.2MBDCh. B - Prob. B4.3MBDCh. B - Prob. B4.4MBDCh. B - Prob. B5.1CCOCh. B - Prob. B5.2CCOCh. B - Prob. B5.3CCOCh. B - Prob. B5.4CCOCh. B - Prob. B5.5CCOCh. B - Prob. B5.1CCTCh. B - Prob. B5.2CCTCh. B - Prob. B5.4CCTCh. B - Prob. B5.5CCTCh. B - Prob. B5.1MBDCh. B - Prob. B5.2MBDCh. B - Prob. B5.3MBDCh. B - Prob. B5.4MBDCh. B - Prob. B5.5MBDCh. B - Prob. B5.6MBDCh. B - Prob. B6.1CCOCh. B - Prob. B6.2CCOCh. B - Prob. B6.3CCOCh. B - Prob. B6.4CCOCh. B - Prob. B6.5CCOCh. B - Prob. B6.1CCTCh. B - Prob. B6.2CCTCh. B - Prob. B6.3CCTCh. B - Prob. B6.4CCTCh. B - Prob. B6.5CCTCh. B - Prob. B6.1MBDCh. B - Prob. B6.2MBDCh. B - Prob. B6.3MBDCh. B - Prob. B6.4MBDCh. B - Prob. B7.1CCOCh. B - Prob. B7.2CCOCh. B - Prob. B7.3CCOCh. B - Prob. B7.4CCOCh. B - Prob. B7.5CCOCh. B - Prob. B7.6CCOCh. B - Prob. B7.7CCOCh. B - Prob. B7.1CCTCh. B - Prob. B7.2CCTCh. B - Prob. B7.3CCTCh. B - Prob. B7.4CCTCh. B - Prob. B7.1MBDCh. B - Prob. B7.2MBDCh. B - Prob. B7.3MBDCh. B - Prob. B7.4MBDCh. B - Prob. B8.1CCOCh. B - Prob. B8.2CCOCh. B - Prob. B8.3CCOCh. B - Prob. B8.4CCOCh. B - Prob. B8.5CCOCh. B - Prob. B8.6CCOCh. B - Prob. B8.1CCTCh. B - Prob. B8.2CCTCh. B - Prob. B8.3CCTCh. B - Prob. B8.1MBDCh. B - Prob. B8.2MBDCh. B - Prob. B9.1CCOCh. B - Prob. B9.2CCOCh. B - Prob. B9.3CCOCh. B - Prob. B9.4CCOCh. B - Prob. B9.1CCTCh. B - Prob. B9.2CCTCh. B - Prob. B9.3CCTCh. B - Prob. B9.4CCTCh. B - Prob. B9.5CCTCh. B - Prob. B9.1MBDCh. B - Prob. B9.2MBDCh. B - Prob. B9.3MBDCh. B - Prob. B9.4MBDCh. B - Prob. B9.5MBDCh. B - Prob. B9.6MBDCh. B - Prob. B10.1CCOCh. B - Prob. B10.2CCOCh. B - Prob. B10.3CCOCh. B - Prob. B10.4CCOCh. B - Prob. B10.5CCOCh. B - Prob. B10.6CCOCh. B - Prob. B10.7CCOCh. B - Prob. B10.8CCOCh. B - Prob. B10.1CCTCh. B - Prob. B10.2CCTCh. B - Prob. B10.3CCTCh. B - Prob. B10.4CCTCh. B - Prob. B10.5CCTCh. B - Prob. B10.1MBDCh. B - Prob. B10.2MBDCh. B - Prob. B10.3MBDCh. B - Prob. B10.4MBDCh. B - Prob. B10.5MBDCh. B - Prob. B11.1CCOCh. B - Prob. B11.2CCOCh. B - Prob. B11.3CCOCh. B - Prob. B11.1CCTCh. B - Prob. B11.2CCTCh. B - Prob. B11.3CCTCh. B - Prob. B11.4CCTCh. B - Prob. B11.1MBDCh. B - Prob. B11.2MBDCh. B - Prob. B11.3MBDCh. B - Prob. B11.4MBDCh. B - Prob. B12.1CCOCh. B - Prob. B12.2CCOCh. B - Prob. B12.3CCOCh. B - Prob. B12.4CCOCh. B - Prob. B12.1CCTCh. B - Prob. B12.2CCTCh. B - Prob. B12.3CCTCh. B - Prob. B12.1MBDCh. B - Prob. B12.2MBDCh. B - Prob. B12.3MBDCh. B - Prob. B12.4MBDCh. B - Prob. B12.5MBDCh. B - Prob. B12.6MBD
Knowledge Booster
Similar questions
- Finally, your going to write several small javascript functions to practice with javascript core programming (basically just using javascript as a normal scripting language). For each section you can hardcode input values, and all output should go to console (we'll worry about the actual web page on Assignment 4). You can complete these all in one HTML file, or create one file for each part.arrow_forwardWrite a C program to calculate the checksum for a given line of an IntelHex file. To get full points, you must be able to explain to the instructor the individual parts of the IntelHex line (see below), as well as any part of your code. Definition:The checksum is calculated as the two's complement of the sum of the individual bytes from the beginning of the line to the checksum. Example:If you enter this string: :10010000214601360121470136007EFE09D21901XX You should get a checksum of 40 instead of XX. Demonstrate the completion of the task by calculating checksums, for example, for the following strings: :100010000C9445000C9445000C9445000C944500xx:100020000C9445000C9445000C9445000C944500xx:100030000C9445000C9445000C9445000C944500xx:100040000C9445000C9445000C9445000C944500xxarrow_forwardWrite a program to calculate the function sin(x) or cos(x) using a Taylor series expansion around the point 0. In other words, you will program the sine or cosine function yourself, without using any existing solution. You can enter the angles in degrees or radians. The program must work for any input, e.g. -4500° or +8649°. The function will have two arguments: float sinus(float radians, float epsilon); For your own implementation, use one of the following relations (you only need to program either sine or cosine, you don't need both): Tip 1: Of course, you cannot calculate the sum of an infinite series indefinitely. You can see (if not, look in the program) that the terms keep getting smaller, so there will definitely be a situation where adding another term will not change the result in any way (see problem 1.3 – machine epsilon). However, you can end the calculation even earlier – when the result changes by less than epsilon (a pre-specified, sufficiently small number, e.g.…arrow_forward
- Write a C program that finds and prints the machine epsilon for the float and double data types. Also print the values of __FLT_EPSILON__ and __DBL_EPSILON__ defined in float.h. Reminder – the phrase data type tells how the compiler “understands” the ones and zeros you are working with. This identifies whether you are working with integers, letters, real numbers, and so on. Another definition:Machine epsilon is the "distance" between the number 1 and its immediate right neighbor. We work in binary (decimal is in parentheses): 1 + 0,1 = 1,1 (1 + 1/2 = 1,5) 1 + 0,01 = 1,01 (1 + 1/4 = 1,25) 1 + 0,001 = 1,001 (1 + 1/8 = 1,125) then, due to the limited accuracy of the computer at a certain number of decimal places, a situation arises where 1 + 0.0…001 = 1 (instead of the correct 1.0…001). Then the previous number 0.0…01 is called the machine epsilon . It is obvious that its value may be different on different computers. However, the machine…arrow_forwardWrite a program that performs a rotational bit shift to the right for a positive integer. The user enters a number, the number of bits to shift (and, if you want, the direction of the shift, but right is enough). Example:The number 9 (in binary form 1001) when rotated to the right by 1 bit becomes 1100. Tip : A bit rotation (also known as a cyclic shift) is an operation in which the bits in a binary number are shifted a certain number of places to the right or left, with bits that “fall out” at one end being returned to the opposite end. So, start with a bit shift operation. Write a few examples on paper before programming.Tip : Use the unsigned int data type.You can get the number of bits of this data type as follows: int bit_count = sizeof (unsigned int ) * 8arrow_forwardI need help resolving the following case problemarrow_forward
- Click Here for the Solution 27. Write a Program for Insertion Sort in Java. Time Complexity: O(N 2) Space Complexity: 0(1) Click Here for the Solutionarrow_forwardCounting ten tennis ball going into a box From a conveyor belt I want to write a assignment about this topicarrow_forwardI need fixing my a matlab code to find the currents USING MARTIXS AND INVERSE to find the current % At this point We Enter the Resistor values and Voltage Source Values fprintf('Provide Resistance Values for the Resistors as Requested: \n'); fprintf('===============================================\n'); R1x = input('Enter the value for R1 in kohms: '); R2x = input('Enter the value for R2 in kohms: '); R3x = input('Enter the value for R3 in kohms: '); R4x = input('Enter the value for R4 in kohms: '); fprintf('Provide voltage values for as requested: \n'); fprintf('===============================================\n'); E1 = input('Enter the value of E1 in Volts: '); E2 = input('Enter the value of E2 in Volts: '); E3 = input('Enter the value of E3 in Volts: '); fprintf('===============================================\n'); % Scaling FACTOR multiplication of resistors by 1000 (1K) each R1 = 1000 * R1x; R2 = 1000 * R2x; R3 = 1000 * R3x; R4 = 1000 * R4x; fprintf('VALUES YOU HAVE ENTERED FOR YOUR…arrow_forward
- Suppose that the two Rank methods below are added to the Skip List class on Blackboard. public int Rank(T item) Returns the rank of the given item. public T Rank(int i) Returns the item with the given rank i. Requirements 1. Describe in a separate Design Document what additional data is needed and how that data is used to support an expected time complexity of O(log n) for each of the Rank methods. Show as well that the methods Insert and Remove can efficiently maintain this data as items are inserted and removed. (7 marks) 2. Re-implement the methods Insert and Remove of the Skip List class to maintain the augmented data in expected O(log n) time. Using the Contains method, ensure that added items are distinct. (6 marks) 3. Implement the two Rank methods. (8 marks) 4. Test your new methods thoroughly. Include your test cases and results in a Test Document. (4 marks)arrow_forwardWhy do we need official standards for copper cable and fiber-optic cable? What happens without the standard?arrow_forwardWhat is the difference between physical connection (Physical topology) and logical connection (Logical topology)? Why are both necessary?arrow_forward
arrow_back_ios
SEE MORE QUESTIONS
arrow_forward_ios
Recommended textbooks for you
Database System ConceptsComputer ScienceISBN:9780078022159Author:Abraham Silberschatz Professor, Henry F. Korth, S. SudarshanPublisher:McGraw-Hill Education
Starting Out with Python (4th Edition)Computer ScienceISBN:9780134444321Author:Tony GaddisPublisher:PEARSON
Digital Fundamentals (11th Edition)Computer ScienceISBN:9780132737968Author:Thomas L. FloydPublisher:PEARSON
C How to Program (8th Edition)Computer ScienceISBN:9780133976892Author:Paul J. Deitel, Harvey DeitelPublisher:PEARSON
Database Systems: Design, Implementation, & Manag...Computer ScienceISBN:9781337627900Author:Carlos Coronel, Steven MorrisPublisher:Cengage Learning
Programmable Logic ControllersComputer ScienceISBN:9780073373843Author:Frank D. PetruzellaPublisher:McGraw-Hill Education
Database System Concepts
Computer Science
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:McGraw-Hill Education
Starting Out with Python (4th Edition)
Computer Science
ISBN:9780134444321
Author:Tony Gaddis
Publisher:PEARSON
Digital Fundamentals (11th Edition)
Computer Science
ISBN:9780132737968
Author:Thomas L. Floyd
Publisher:PEARSON
C How to Program (8th Edition)
Computer Science
ISBN:9780133976892
Author:Paul J. Deitel, Harvey Deitel
Publisher:PEARSON
Database Systems: Design, Implementation, & Manag...
Computer Science
ISBN:9781337627900
Author:Carlos Coronel, Steven Morris
Publisher:Cengage Learning
Programmable Logic Controllers
Computer Science
ISBN:9780073373843
Author:Frank D. Petruzella
Publisher:McGraw-Hill Education