Accompanying Lesson Plan: Lesson 6.2: Controlling the Amount of Products in a Chemical Reaction Adding more of one reactant will make more products as long as there is still enough of the other ...

Green fields are opening around the world as researchers make inroads into improving efficiencies in new and emerging ...

The insoluble reactant chosen depends upon the particular salt required. For example, copper does not react with dilute acids, so copper salts are made using copper oxide or copper carbonate ...

Three studies target potential methods and future technologies to capture ocean wave power efficiently, produce marine ...

The world, maybe more now than ever before, runs on battery power. So many everyday things – from your watch to your car to the cellphone you’re reading this on right now – are fueled by these little ...

Proper process safety gear and practices are emphasized in the lab. Chemical engineering seniors learn the intricacies of chemical process units. Here, a student team carefully monitors reactant ...

Her recent work has explored the modeling and experimental validation of mass and thermal dynamics in polymer electrolyte membrane fuel cells, as well as reactant pre-treatment, for active water and ...

Onsite recycling proved cost-effective for an aerospace supplier. With real-time feedback and control, a new automation ...

In a recent paper published in National Science Review, researchers developed a bottom-up approach for magnetic regulation of ...

Researchers from McGill University, Canada, have presented an innovative technique for converting methane (CH4) and carbon ...