Methane molecule

thingiverse

Students will learn about the methane molecule in this hands-on lesson. They will design a custom print setting for an Ultimaker 2 printer, which they will use to create a model of the molecule. To begin, students will research the properties of methane (CH4) and its importance in chemistry. Next, they will choose a printer brand and model from the list provided, in this case, the Ultimaker 2. They will then select the print settings that best represent the methane molecule, including rafts, supports, and infill density. With their design complete, students will print out their methane model using the specified settings. As they observe their finished product, they will consider how the molecular structure of methane contributes to its unique properties and uses in chemistry. This lesson plan and activity are designed to engage students in hands-on learning about the chemistry of molecules. By working with a real-world printer and printing out a model of the methane molecule, students will gain a deeper understanding of the subject matter and develop important skills in science and technology. Activity: 1. Research the properties of methane (CH4) and its importance in chemistry. 2. Choose a printer brand and model from the list provided, such as the Ultimaker 2. 3. Select print settings that best represent the methane molecule, including rafts, supports, and infill density. 4. Print out your methane model using the specified settings. 5. Observe and analyze your finished product, considering how the molecular structure of methane contributes to its unique properties and uses in chemistry. Assessment: * Students will be assessed on their ability to design a custom print setting for the methane molecule. * They will also be evaluated on their understanding of the chemistry behind the molecular structure of methane. * The final product, a printed model of the methane molecule, will be used as evidence of student learning.