PSM-AI Essentials : 6 Practice Tests & Explanations

Are you a statistician or researcher? Then you might be interested in Jamovi. Jamovi is a free statistical software built on R. It allows you to prepare data, create visualizations, and run all kinds of statistical analyses. Jamovi has an easy-to-use interface that can be navigated using its large menus. Variables can be dragged and dropped in the appropriate fields to perform any task, such as creating a box plot or running a t-test.These features make Jamovi a more effective option than SPSS, STATA, or R, as these tools often come with steep learning curves, paid subscriptions, or both. With this statistical software, you can get started in a brief period of time, as there are no fees, and you don’t have to spend hours memorizing or debugging lines of code.This course provides guidance on several areas related to data preparation and statistical analyses. You'll learn how to:Navigate Jamovi using its menus and editing featuresPrepare data by renaming variables, changing variable types, and setting filtersCreate visualizations such as scatterplots, histograms, box plots, and bar plotsRun statistical analyses, including t-tests, ANOVAs, and linear regression modelsI hope you'll join me in exploring this free and easy-to-use statistical software.

Learn how to boost your legal practice earnings 10X with FREE AI TOOLS. This Course is specially designed for: • Law Students (future-ready career) • Advocates Lawyers (grow practice earnings) • Corporate Legal Teams (efficiency + compliance) • Academicians Researchers (stay updated) You Will Learn: 1. AI in Legal Research Drafting – Work 10x faster with smart tools. 2. Litigation Case Prediction – Use AI to anticipate outcomes. 3. Contracts Compliance – Save time increase client satisfaction. 4. Ethical Regulatory Issues – Can AI replace lawyers? 5. Career Income Growth – How AI can multiply your opportunities Earnings. Why You Must do this course: 1. You will be a Certified AI equipped Lawyer. 2. You will Learn how to boost your legal practice earnings 10X with AI tools 3. You will Discover real AI applications in law: research, drafting, contracts case prediction 4. Stay ahead of competition in the rapidly changing legal market“This course explores the powerful intersection of Law and Artificial Intelligence, designed to equip law students, advocates, and professionals with the knowledge and skills to thrive in a rapidly evolving legal landscape. You will learn how AI is transforming research, drafting, compliance, and litigation while discovering practical tools to save time, reduce effort, and increase productivity. Gain future-ready insights and stay ahead in your legal career with Legex Leo.”

Intensive Spanish Listening: Its purpose is to improve the student's fluency and their skills to understand real spoken Spanish. This course is meant for intermediate students who have already studied Spanish in the past, but they can't speak yet. It's also for people who want to improve their fluency in Spanish. Intensive Spanish Listening focuses on acquiring and enforcing the language through listening, fun stories and repetition. It is an awesome resource for those who desire to improve their fluency in Spanish and their vocabulary of idioms and expressions used by native speakers. It is not intended as a complete DELE course, nor it is for complete beginners. From the very beginning of the course, the student will experience a Spanish immersion (the course is completely in Spanish: videos, lectures and audio lessons) through the help of his coach and the TPRS method for increasing speaking and listening skills.

This course introduces key concepts of descriptive statistics, including measures of central tendency and dispersion for summarizing data. It also covers skewness and kurtosis to understand data distribution shapes, along with measures of relationship such as correlation and regression to analyze associations between variables.This course provides a comprehensive introduction to the fundamental concepts of descriptive statistics used for summarizing, analyzing, and interpreting data. It focuses on numerical methods that help understand the distribution, variability, and relationships within datasets.The course begins with Measures of Central Tendency, including mean, median, and mode, which describe the central or typical value of a dataset. It then explores Measures of Dispersion, such as range, variance, and standard deviation, to evaluate the spread and consistency of data.Further, the course examines the shape of data distributions through Skewness and Kurtosis, helping learners understand symmetry, asymmetry, and the peakedness or flatness of distributions.Finally, the course introduces Measures of Relationship, including correlation and regression analysis, which are essential for identifying and quantifying relationships between variables.By the end of the course, students will be able to summarize data effectively, interpret statistical results, and apply these concepts in real-world decision-making across various fields such as economics, business, and social sciences.

Process Control: Hands-On for Dynamic Mathematical ModellingThis course is the first part of the Process Control Hands-On Series which consists of six parts:Hands-On for Dynamic Mathematical ModellingHands-On for Advanced Dynamic Mathematical ModellingHands-On for Transfer FunctionHands-On for Dynamic BehaviorHands-On for Feedback Control SystemHands-On for Feedback Controller TuningCourse Outcomes: At the end of this course, you will be able to:Derive total mass balance for chemical processesDerive total component balance for chemical processesDerive total energy balance for chemical processesCourse Content:General mathematical modelling principlesStep-by-step procedure in developing total mass balance for chemical processes (10 exercises).Step-by-step procedure in developing total component balance for chemical processes (13 exercises).Step-by-step procedure in developing total energy balance for chemical processes (11 exercises).Who this course is for?Chemical engineering undergraduate students who want to extend knowledge in process dynamicProcess engineers who want to develop dynamic models for process plantProcess control engineers who want to design control strategy for a new processProcess engineers who want to optimize process operating conditionsTeaching Method:This course will be conducted hands-on based on several exercises with the step-by-step procedure in developing total mass balance, total component balance and total energy balance for selected chemical processes. The way the exercise is sel

PIC16F877A Microcontroller Masterclass with MikroCWelcome to one of the most comprehensive PIC16F877A courses available online.This course is designed for students, hobbyists, engineering graduates, technicians, and anyone interested in learning embedded systems using the PIC16F877A microcontroller and the MikroC for PIC compiler.Unlike many courses that focus only on programming, this course covers both hardware and software. You will learn how to build circuits, connect sensors and modules, program the microcontroller, troubleshoot hardware issues, and develop complete embedded projects from scratch.We begin with the fundamentals:What is an Embedded System?What is a Microcontroller?Microcontroller vs MicroprocessorIntroduction to PIC16F877AUnderstanding PIC16F877A DatasheetsIntroduction to MikroC for PICHardware Setup and PIC Programming using PICKIT 3Once the basics are covered, we move into practical hands-on learning through real projects and interfacing examples.What You Will LearnPIC16F877A programming from beginner to advanced levelHardware setup and circuit buildingPIC programming using PICKIT 3MikroC for PIC compilerProteus simulationLCD interfacing7-Segment display interfacingADC (Analog to Digital Conversion)PWM (Pulse Width Modulation)UART serial communicationBluetooth communicationRF wireless communicationTouch screen interfacingSensor interfacing techniquesMotor control applicationsEmbedded project developmentPractical Projects IncludedThroughout the course you will build numerous practical projects including:Temperature Monitoring Systems