CHEMISTRY



Mass to Moles: A Flipped Lesson on ConversionsName:___________________Learning Objective: I will be able to… □ calculate molar mass for a compound □ use molar mass to convert from moles to mass and mass to molesExplore: Glucose levels are generally measured in milimoles per liter (mmol/L). A healthy individual has a normal blood sugar level of 4.0 – 6.0 mmol/L. Your blood glucose level was 6.4 mmol/L after lunch, how many grams of C6H12O6 are in 1.0 L of your blood? Remember the prefix mili- is 1000th. Show all your work including units in the space provided. Work: If the average human has 5.0 liters of blood how much sugar is in the entire body? _________________________________To put it into perspective, a sugar packet contains about 3.0 g. How many packets are in your blood stream? _____________Does this seem like a lot of sugar in the blood? Explain. ___________________________________________________________________________________________________________________________________________________________Explain: Watch the following explanation on how to convert from grams to moles. Take notes in the space provided. Tyler DeWitt- “Converting Between Grams and Moles” Need more examples? Here’s part 2. If you got it try the application next!Tyler DeWitt- “Converting Between Grams and Moles (Part2)” OR read the explanation on converting grams to moles. Take notes in the space provided. Notes: Apply: Solve the following problems based on your notes above. Show all work and box your final answer.12.5 g CaCl2?= ?? mol CaCl210.0 g Na2SO4?= ?? mol Na2SO416 g NaOH = ?? mol NaOH125 mg NaOH = ?? mol NaOH0.125 mol CaCl2?= ?? g CaCl2GLUE HEREGLUE IN ON PG 78 When Finished.GLUE HEREMass to Moles: ReflectionCheck your answers with the google link in the “explain section” section option. Correct any mistakes in red pen. In the space below, fill in the “math map” on the conversions you have learned. Define each term on your map. This map should summarize what you have learned and be detailed enough that someone not in chemistry could solve a mass to mole conversion problem. 22606004699004533900889000876300889000222885028448000 ................
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