Heat the Neon to 120 K Questions 16) Describe the motion of the atoms. 17) Are they moving faster or slower than at 60K? 18) Explain the difference in movement. Wrap Up Question 19) How does raising and lowering temperature affect the kinetic energy/movement of the particles of a substance?La (1 am It in The beginning ofthe lab starts with Neon in a solid state at 13 K. {Kelvin {K} is a unit oftemperature like Celsius and Fahrenheit]. You can heat or cool the substances in the container by sliding the bar on the bucket to Heat [for re] or Cool [for ice]. Slide the bar to Cool and cool the neon to II) K [this will take a while}. Questions 5] Describe the movement of the atoms at 0K. Go up to the cab that says \"teacher\" and change the temperature scale from Kehvin to Celsius. 6] According to this 0 K = _9C. Change the scale back to Kelvin. Click on the "Solid\" button on the right of the page. This puts the Neon's temperature back to 13 K. Questions 5'] 1What is this temperature in Celsius? 8] Describe the movement of the atoms at 13K Heat the Neon to 60 K. Questions 9] What is this temperature in Celsius? 10] Describe the movement of the atoms at 60K. 11] How does this differ from the movement at 13K? 12] What state is this? 13] Are all of the atoms moving at the same speed? 14-] Does one individual atom always go the same speed? 15] Temperature corresponds to the KB [or speed] of the atoms. Lab 12-PhET simulation- "States of Matter" Objectives: Students will use simulations to determine how Neon gas changes phase at different temperatures. Concept Review: 1) Kinetic energy (KE) is the energy of 2) Potential energy (PE) is the energy of 3) Which state of matter has the highest average KE of its particles? 4) Which state of matter has the lowest average KE of its particles? To access the website, navigate your browser to: https://phet.colorado.edu/en/simulation/states-of-matter Instructions on starting up the simulations: 1. Click on either the Download button located below the simulation picture or on the HTML5 logo located on the lower right corner of the simulation picture. PHET SIMULATIONS TEACHING RESEARCH States of Matter . Atomic Bonding Interaction Potential States of Matter ITS DONATE PLET is supported by 0. P1 5 + DOWNLOAD EMBED ard mourners like you 2. Chose Open when the dialog box comes up. Make sure to click allow Java to run if the permissions box pops up. It should load after this