Homework Answers
The independent variable is always plotted on the x-axis and the dependent variable is always plotted on the y-axis.
In the given data, molecular weight if the independent variable and rate of diffusion is the dependent variable. As the molecular weight increases, the rate of diffusion decreases.
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Need help with how i should draw the graph
e diffusion rate in Table 4, divide...
Based off of my results, how do I compute the rate of diffusion of the potassium...
Based off of my results, how do I compute the rate of
diffusion of the potassium permanganate molecules in millimeters
per minute.? And how do I compute the rate of diffusion of the
methylene blue molecules in millimeter per minute?
Calculate the diffusion Activity 1: Dye Diffusion Results Diffusion of I Diffusion of methylene blue potassium Time (min) (mm) permanganate (mm) 15 amm | amm I amm 8 mm amm 11mm 18mm 12mm Which dye diffused more rapidly? 2 What...
Based off of my results, how do I compute the rate of diffusion of the potassium...
Based off of my results, how do I compute the rate of diffusion of
the potassium permanganate molecules in millimeters per minute.?
And how do I compute the rate of diffusion of the methylene blue
molecules in millimeter per minute?
56 Exercise 5 Calculate the diffision te Activity 1: Dye Diffusion Results 3 F time Diffusion of methylene blue Diffusion of potassium permanganate (mm) dye Time (min) (mm) Time 15 mm Qmm 8mm I mm 1amm Time 30 amm amm...
Table 1: Rate of Diffusion in Corn Syrup + Time (sec) Blue Dye Dye 4.0mm 10...
Table 1: Rate of Diffusion in Corn Syrup + Time (sec) Blue Dye Dye 4.0mm 10 2.1mm 20 2.6mm 4.6mm 30 3.2mm 5.1mm 40 3.5mm 5.3mm 50 3.6mm 5.3mm 60 4.0mm 5.3mm 70 4.3mm 5.5mm 80 4.3 mm 5.6mm 90 4.7mm 5.6mm 100 5.0mm 5.8mm al 110 5.0mm 5.8mm 120 5.2mm 5.9mm Table 2: Speed of Diffusion of Different Molecular Weight Dyes Molecular Total Distance Traveled Dye Speed of Diffusion Weight (mm) (mm/h)* Blue Dye Red Dye "Multiply the total...
Experiment 1: Diffusion through Gelatin Data Tables Purpose (What question is this experiment designed to answer?):...
Experiment 1: Diffusion through Gelatin
Data Tables
Purpose (What question is this experiment
designed to answer?):
Hypothesis (Based on what you’ve learned in the
pre-lab materials, write and If/Then statement regarding the
outcome of this experiment.):
Table 1: Diffusion Data
Test Tube
Distance After 4 Hours (mm)
Distance After 24 Hours (mm)
A
B
C
Claim (What are the results of your
experiment?):
Evidence (What data did you collect that
supports your claim? Explain the meaning behind the data and...
What type of graph should I make for the data in table 4? Please provide an...
What type of graph should I make for the data in table 4?
Please provide an example.
Wina marker, label seven test tubes with your initials, and pR2, 14- With a china mar 12 the tubes to the location of the phosphate buffer series and fill each tube with 2 ml of the corresponding ere fill the tube marked pH 2 with 2 ml of the buffer marked pH 2 etc.). Use the graduated cylinders to add the buffers. Return...
Based off of my results, how do I compute the rate of
diffusion of the potassium permanganate molecules in millimeters
per minute.? And how do I compute the rate of diffusion of the
methylene blue molecules in millimeter per minute?
Calculate the diffusion Activity 1: Dye Diffusion Results Diffusion of I Diffusion of methylene blue potassium Time (min) (mm) permanganate (mm) 15 amm | amm I amm 8 mm amm 11mm 18mm 12mm Which dye diffused more rapidly? 2 What...
Based off of my results, how do I compute the rate of diffusion of
the potassium permanganate molecules in millimeters per minute.?
And how do I compute the rate of diffusion of the methylene blue
molecules in millimeter per minute?
56 Exercise 5 Calculate the diffision te Activity 1: Dye Diffusion Results 3 F time Diffusion of methylene blue Diffusion of potassium permanganate (mm) dye Time (min) (mm) Time 15 mm Qmm 8mm I mm 1amm Time 30 amm amm...
Table 1: Rate of Diffusion in Corn Syrup + Time (sec) Blue Dye Dye 4.0mm 10 2.1mm 20 2.6mm 4.6mm 30 3.2mm 5.1mm 40 3.5mm 5.3mm 50 3.6mm 5.3mm 60 4.0mm 5.3mm 70 4.3mm 5.5mm 80 4.3 mm 5.6mm 90 4.7mm 5.6mm 100 5.0mm 5.8mm al 110 5.0mm 5.8mm 120 5.2mm 5.9mm Table 2: Speed of Diffusion of Different Molecular Weight Dyes Molecular Total Distance Traveled Dye Speed of Diffusion Weight (mm) (mm/h)* Blue Dye Red Dye "Multiply the total...
Experiment 1: Diffusion through Gelatin
Data Tables
Purpose (What question is this experiment
designed to answer?):
Hypothesis (Based on what you’ve learned in the
pre-lab materials, write and If/Then statement regarding the
outcome of this experiment.):
Table 1: Diffusion Data
Test Tube
Distance After 4 Hours (mm)
Distance After 24 Hours (mm)
A
B
C
Claim (What are the results of your
experiment?):
Evidence (What data did you collect that
supports your claim? Explain the meaning behind the data and...
What type of graph should I make for the data in table 4?
Please provide an example.
Wina marker, label seven test tubes with your initials, and pR2, 14- With a china mar 12 the tubes to the location of the phosphate buffer series and fill each tube with 2 ml of the corresponding ere fill the tube marked pH 2 with 2 ml of the buffer marked pH 2 etc.). Use the graduated cylinders to add the buffers. Return...
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