Our STEM catalog offers course packages designed to enhance the teaching of science, technology, engineering, and mathematics. Each simulation is developed specifically to match your STEM curriculum, providing students with immersive, real-world scenarios to deepen their understanding. With full LMS integration, faculty and students can easily access these simulations and track progress, all within your existing academic systems.
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Explore the concept of Avogadros number and delve into the correlation between moles, mass, and molecular weight while applying the gravimetric analysis technique to identify an unknown compound.
Define and compute essential molecular parameters through the application of Avogadros Law, and gain insights into the correlation between mass, molecular weight, and the quantities of atoms or molecules.
Conduct a gravimetric analysis within the imaginX laboratory to determine the identity of an unidentified chemical.
Refine your synthetic abilities in organic chemistry through a process that encompasses crystallization, filtration, yield calculation, and a quality assessment employing the melting point technique: the synthesis of aspirin.
Explore the intermolecular forces at play in Thin Layer Chromatography. Apply this recently acquired understanding to construct, execute, and assess a TLC experiment, tracking the advancement of a chemical reaction.
Measuring the concentration of an acid might seem monotonous, but with the guidance of a science expert, you can master the art of titration with flair!
Utilize the principle of energy conservation to enhance the thrill and speed of the imaginX roller coaster experience. Employ the formula board to compute potential, kinetic, and mechanical energy, guiding your decisions on optimizing the roller coaster track for maximum excitement.
Create a custom resistor to fix a malfunctioning radio.
Complete your foundational physics training to become a part of an advanced mechanical engineering laboratory. Collaborate with Sir Isaac Newton to gain insights into the impact of different forces on object motion.
Employ Gas Thermometry to verify the validity of the Ideal Gas Law. Establish the absolute zero temperature through a gas thermometry experiment, managing extreme temperature conditions with assistance from your lab partner.
Examine the characteristics of an ideal gas and how its behavior responds to changes in external factors. Gain insight into the influence of various variables on gas behavior and grasp the relationship between these variables and the Ideal Gas Law equation.
A meteor impact on Earth! Utilize a Geiger counter to investigate the crash site and retrieve a radioactive sample for analysis in the laboratory. Explore the concepts of decay types, decay series, and half-life while collaborating with iXGenie and Marie Curie to unravel the mysteries concealed within the meteor.
Acquire fundamental knowledge about gravitation by determining the weight of the renowned scientist Sir Isaac Newton. Witness the Law of Universal Gravitation in operation by manipulating the mass of the Earth. Embark on a cosmic journey and engage in a thought experiment regarding orbital mechanics.
Master the art of using polarizing filters as professional photographers do. Delve into the captivating realm of electromagnetic waves with guidance from Albert Einstein, as you experiment with lasers, mirrors, and polarizing filters to gain a deeper understanding.
Scientists in Greenland require your assistance! Your task involves investigating how low temperatures impact scientific equipment at a research facility. Examine the atomic layer structures within a battery and employ neutron scattering to unravel the mystery.
Collaborate with a team of motorsport engineers to acquire a fundamental understanding of Newtons laws of motion. Grasp the essential principles of both passive and active safety when operating a high-performance race car.