دورة حساب الكميات والتسعير

Stories have been around since the beginning of time, passed down to us in oral and written form and are the easiest way to connect. It is proven and universally acknowledged that stories are very effective way to communicate and learning through stories is fun.This course explains about the importance of Storytelling and how it becomes a great learning activity for children. It also explains about various effective Storytelling techniques and methods which help children improve their listening, literacy, creative and thinking skills. When someone narrates a story to young children, they learn various sounds, words and sentence formation.This is a course designed for aspiring teachers to enhance their skills in the art of storytelling. It will help them create interesting stories and keep children engaged in the classroom. Parents/ Carers will learn creative ways of narrating a story that helps in strengthening their relationship with the child. You will also learn about creative props and classroom setups used in Storytelling which really enrich the experience and encourage a pleasant involvement with books and stories for young children. These can help to draw children's attention into the stories and enrich their understanding of the story.Selecting appropriate story books for children of different age groups is very important.For reading to or with children, we should select picture books with strong storylines and character development. For the child who is reading independently, choose a book with a straight forward story employing words that will be familiar from everyday use.

Are you getting ready for the AWS Certified Data Engineer Associate exam and want to be fully prepared to pass on your first attempt? These carefully designed AWS Solutions Architect Associate practice exams are exactly what you need to measure your readiness and boost your confidence.This course includes 6 full-length AWS practice tests that mirror the real difficulty of the certification exam, providing the most accurate exam experience available on Udemy. Thousands of students confirm through their reviews that these practice tests come closest to the actual AWS exam. Combined with our training materials, they give you everything you need to succeed and pass with confidence.Unlike easier question sets, these exams are designed to challenge you. They closely simulate the real test, helping you thoroughly understand AWS concepts instead of just memorizing answers. Students consistently report that these practice tests were essential in their exam success.What’s included in this DEA-C01 Practice Test Course:390 exam-style questions with clear explanations and detailed answer rationalesIn-depth performance reports highlighting areas that need improvementContinuous updates to reflect the latest AWS exam contentRealistic timed simulations that mimic exam conditionsBonus study resources to strengthen your preparationWhy Choose These Practice Exams:100% aligned with the DEA-C01 exam: All questions are scenario-based, matching the real AWS exam formatReal exam simulation: Timed (130 minutes, 65 questions) and scored (72% passing mark), so you get used to the pressureReference links: Each answer comes with links to in-depth "Training Notes" for further learningDetailed explanations: Understand not just the right answer, but why other options are incorrect

Step into the world of Generative AI — without writing a single line of code!This hands-on course is built for teachers, students, parents, and professionals who want to confidently use AI tools for learning, teaching, and productivity. You’ll learn how to plan lessons, create content, and build everyday automations using simple, no-code AI platforms.Through interactive activities and real-world projects, you’ll gain practical AI skills you can apply immediately — from drafting reports and summaries to creating quizzes, projects, and communication templates that save time and boost creativity.What You’ll LearnUnderstand no-code AI tools and how they simplify work for educators, learners, and creators.Master prompt engineering — the art of crafting effective instructions for the best AI results.Use AI to design lesson plans, study materials, assessments, and communication aids.Apply AI-powered workflows to automate repetitive tasks and boost productivity.Explore how AI acts as a research and creative assistant, helping with ideas, summaries, and analysis.Learn about AI ethics, responsible use, and limitations to apply technology thoughtfully and safely.Hands-On ExperienceYou’ll engage in real exercises, group discussions, and project work, building confidence in applying AI for personal and professional goals. By the end, you’ll have a portfolio of practical AI-based solutions — from smart classroom resources to productivity automations — ready to use right away.Ideal For:Educators, students, trainers, administrators, parents, and anyone curious to apply AI without coding or technical skills.Unlock the power of no-code AI and transform the way you teach, learn, and work!

Welcome to our course on Harmonics in Electrical Systems!This course is dedicated mainly for upskilling current or future electrical engineers in the subject of Harmonics, but it is suitable to anyone with interest in this subject, with basic knowledge of Electric Circuits and Power Systems.In this course you will learn about:Linear and Non-Linear LoadsHow to perform analysis of distorted (current or voltage) waveformTypical sources of Current HarmonicsThe mechanism of supply voltage distortionBasic terms to describe Harmonics distortionEffect of AC and DC drives on Harmonic DistortionEffect of modern lighting systems and IT equipment on Harmonic DistortionNegative effects of Harmonics on Electrical System and EquipmentHarmonic standardsFiltering solutionsYou will gain advanced understanding of Harmonics and be able to recognize and solve practical issues related to Harmonics, even if you don't have previous knowledge on this topic. We consider that analysis of Harmonics and their effects in modern Electrical Systems is a crucial skill for Electrical Engineers for several reasons:Possibility to optimize system efficiency by recognizing and reducing losses caused by HarmonicsImprove equipment longevity by preventing damage to transformers, motors and capacitors Improving Power Quality by preventing issues such as Voltage DistortionAchieve compliance with Regulations and Industry Standards in the domain of Harmonics and Power QualityResolving practical issues caused by HarmonicsDesign of modern electrical systems with complex loads and renewable energy sources<

Welcome to the comprehensive world of Power Engineering Introduction, where you will embark on an enlightening journey into the fascinating realm of AC Circuits. In this course, you will gain the essential background and knowledge required to understand the fundamental principles that govern power in AC Circuits, a cornerstone of electrical engineering.Through engaging lectures, interactive exercises, and real-world examples, you will delve deep into the intricacies of AC circuits, exploring voltage, current, impedance, phase relationships, and more. You will learn how to apply Ohm's law and Kirchhoff's laws to analyze and solve complex AC circuit problems confidently.The course will equip you with practical skills to calculate power and power factor in AC circuits, and explore methods to enhance power factor, optimizing energy efficiency in electrical systems. Additionally, you will differentiate between series and parallel AC circuits, mastering techniques to determine equivalent impedance and comprehend their diverse applications in real-world scenarios.As you progress, you will uncover the intriguing concept of resonance in AC circuits, understanding its profound implications on circuit behavior. Moreover, you will gain insight into three-phase AC systems and their advantages in power transmission, a vital aspect of modern power engineering.This course is designed for a diverse audience, including electrical engineering students, recent graduates, entry-level engineers, electricians, technicians, renewable energy enthusiasts, and non-technical professionals in the energy sector. Whether you are new to the field or seeking to expand your expertise, this course will empower you with the knowledge and confidence to tackle the challenges of power engineering in AC circuits.Get ready to amplify your understanding of AC circuits and open the doors to exciting opportunities in the dynamic world of power engineering. Enroll n

Visit our platform page in my bio to get information on free live classes, a discount code for this course, and more.This is a college level course for a fraction of the cost. There is no other course that covers the breadth of CRISPR and the latest developments. There are several lectures for preview that will give you a good idea if this course is for you.This course will be an in-depth study of CRISPR/Cas9 as a natural phenomenon, applications, and implications, this course is unique in covering the latest understanding and engineering of CRISPR reported in scientific literature. Four sections to cover the major areas of CRISPR include:1. Introduction of the basic components and function of the most widely utilized CRISPR system, Cas9. The CRISPR adaptive immune system protects bacteria and archaea from pathogenic DNA, and has evolved from from several interesting genes into a number of variants. 2. An exploration of the applications of this technology. You will learn about gene disruption by targeted nucleases, and applications of modified non-cutting systems for making other types of modifications. The section starts by introducing the major types of screening procedures used to identify changes made by CRISPR.3. Implications of the rapid developments and deeper understanding of CRISPR currently taking place. Starting with using protein structure models to engineer the Cas9 protein. CRISPR can store new sequence in a genome and respond to alterations in cell state in novel ways. Since this technology is becoming very widely available the ramifications of different use cases will be considered. 4. A final section will discuss designing CRISPR systems for different use cases, including in vivo expression and use of purified complexes. Two demonstrations of identifying target sites in genes of interest, with methods to produce the customized sgRNA are made.Learning objecti