Arlektra Mini vs CloudLabs Mixed Circuit

Arlektra Mini™ teaches electronics and circuits hands-on, while using real-time Augmented Reality 3D instructions and animations through your phone or tablet. Now you easily learn, build and see the world of electronics and circuits like never before!

When using the complete Arlektra Mini learning kit, or the demo Arlektra Mini image target, learners will:

 SEE THEORY 
Arlektra Mini will allow you to easily visualize and comprehend the most difficult electrical concepts and theories, as they come alive right before your very eyes. You'll finally understand the unseen complexities of electrical theory, with vision and insight beyond your imagination.

 BUILD CIRCUITS
 Using step-by-step Visual (3D), Audio and Text instructions, Arlektra Mini will teach you to build electrical circuits, with ease. You’ll learn to build various types of circuits, while using different electrical parts to do so - all without any assistance.

 EXPLORE PARTS 
Arlektra Mini will allow you to see real electrical parts in detailed 3D exploded and 360 views - while you look through your mobile device. You'll learn about their inner workings and operation, and how they connect and work together in electrical circuits. 

LEARN TOOLS 
Arlektra Mini will teach you the basics of a Digital Multimeter. You'll learn a multimeters functions, and how tests and basic electrical troubleshooting procedures are performed.

 Arlektra Mini comes with everything you want and need. No other app in the universe can teach you electronics and circuits like Arlektra Mini. It will inspire and prepare you for the future, beyond your imagination! Requirements:
 *Camera Permissions: Needed by the Arlektra Mini app to produce the Augmented Reality experience through your rear camera

 *Guest Menu Lessons: To use these lessons, you must first download and print the required Arlektra Mini Image Target from: https://arstemlabs.com/pages/arlektra-mini-demo

In this simulator, Ohm's law must be used to find the value of three resistors in a mixed circuit, whose colored bands have been erased. For the development of this practice, the current and voltage that circulate in the circuit must be measured. The laboratory has a voltage source, a breadboard, a multimeter, resistors and connection cables.