Drink # Glucose Concentration in mM 1 2.455 mM 2 0.307 mM 3 3.750 mM 4 1.100 mM 5 1.500 mM From here, each group needs to convert the concentration of their drink from mM of the diluted drink into g/100mL of the undiluted drink. This is where you come in! The students are stuck at this point and really need your help! Main Goal: Convert the experimental glucose concentration (provided in the table below) from mM (millimolar) to g/100 mL. Hints & Tips Take the 1/100 dilution factor into consideration Molarity will open the doors for you to get to grams. Once at M assume 1L of solution. (Hint: this will help you when converting from M to moles) You will also need to calculate the molar mass of glucose which has the formula C6H12O6 There are 5 steps in total Task 1: Write a step-by-step guide with key words for the Chem 2 students on how to do these calculations. You can use diagrams, a table or just type the steps out. Ensure the steps are clearly written and easy to follow. Task 2: For each step show the corresponding calculation including equations where appropriate. You can choose any of the experimental results from the 5 drinks below to show your calculations. ONLY calculations for ONE drink are required. (Pick your favourite drink # from the table? ) Remember to include the drink number you chose as a reference on your portfolio. Drink # Glucose Concentration in mM 1 2.455 mM 2 0.307 mM 3 3.750 mM 4 1.100 mM 5 1.500 mM *Provide your final answer with 2 decimal places. Task 3: Using https://www.foodstandards.gov.au/consumer/nutrition/Pages/Sugar.aspx how would you rate the drink you chose when compared to the daily WHO recommended “free sugar” intake? Will consuming 1 L of this drink bring a healthy individual close to or over their daily recommended “free sugar” intake or will it not make much difference? Examples on how you could show your steps: Step 1: convert from ….. to …… X unit × Y = …… unit Step 2: divide by …… to obtain ….. Show calculation for step 2 here etc Step 1: convert from … to …… Put calculation here Step 2: ……. Calculation

Drink # Glucose Concentration in mM 1 2.455 mM 2 0.307 mM 3 3.750 mM 4 1.100 mM 5 1.500 mM From here, each group needs to convert the concentration of their drink from mM of the diluted drink into g/100mL of the undiluted drink. This is where you come in! The students are stuck at this point and really need your help! Main Goal: Convert the experimental glucose concentration (provided in the table below) from mM (millimolar) to g/100 mL. Hints & Tips Take the 1/100 dilution factor into consideration Molarity will open the doors for you to get to grams. Once at M assume 1L of solution. (Hint: this will help you when converting from M to moles) You will also need to calculate the molar mass of glucose which has the formula C6H12O6 There are 5 steps in total Task 1: Write a step-by-step guide with key words for the Chem 2 students on how to do these calculations. You can use diagrams, a table or just type the steps out. Ensure the steps are clearly written and easy to follow. Task 2: For each step show the corresponding calculation including equations where appropriate. You can choose any of the experimental results from the 5 drinks below to show your calculations. ONLY calculations for ONE drink are required. (Pick your favourite drink # from the table? ) Remember to include the drink number you chose as a reference on your portfolio. Drink # Glucose Concentration in mM 1 2.455 mM 2 0.307 mM 3 3.750 mM 4 1.100 mM 5 1.500 mM *Provide your final answer with 2 decimal places. Task 3: Using https://www.foodstandards.gov.au/consumer/nutrition/Pages/Sugar.aspx how would you rate the drink you chose when compared to the daily WHO recommended “free sugar” intake? Will consuming 1 L of this drink bring a healthy individual close to or over their daily recommended “free sugar” intake or will it not make much difference? Examples on how you could show your steps: Step 1: convert from ….. to …… X unit × Y = …… unit Step 2: divide by …… to obtain ….. Show calculation for step 2 here etc Step 1: convert from … to …… Put calculation here Step 2: ……. Calculation

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Question

Drink #	Glucose Concentration in mM
1	2.455 mM
2	0.307 mM
3	3.750 mM
4	1.100 mM
5	1.500 mM

From here, each group needs to convert the concentration of their drink from mM of the diluted drink into g/100mL of the undiluted drink. This is where you come in! The students are stuck at this point and really need your help!

Main Goal: Convert the experimental glucose concentration (provided in the table below) from mM (millimolar) to g/100 mL.

Hints & Tips

Take the 1/100 dilution factor into consideration
Molarity will open the doors for you to get to grams.
Once at M assume 1L of solution. (Hint: this will help you when converting from M to moles)
You will also need to calculate the molar mass of glucose which has the formula C₆H₁₂O₆
There are 5 steps in total

Task 1: Write a step-by-step guide with key words for the Chem 2 students on how to do these calculations. You can use diagrams, a table or just type the steps out. Ensure the steps are clearly written and easy to follow.

Task 2: For each step show the corresponding calculation including equations where appropriate.

You can choose any of the experimental results from the 5 drinks below to show your calculations.

ONLY calculations for ONE drink are required. (Pick your favourite drink # from the table? )
Remember to include the drink number you chose as a reference on your portfolio.

Drink #	Glucose Concentration in mM
1	2.455 mM
2	0.307 mM
3	3.750 mM
4	1.100 mM
5	1.500 mM

*Provide your final answer with 2 decimal places.

Task 3: Using https://www.foodstandards.gov.au/consumer/nutrition/Pages/Sugar.aspx how would you rate the drink you chose when compared to the daily WHO recommended “free sugar” intake? Will consuming 1 L of this drink bring a healthy individual close to or over their daily recommended “free sugar” intake or will it not make much difference?

Examples on how you could show your steps:

Step 1: convert from ….. to ……

X unit × Y = …… unit

Step 2: divide by …… to obtain …..

Show calculation for step 2 here

etc

Step 1: convert from … to ……	Put calculation here
Step 2: …….	Calculation

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