Using Boyle's law and the value of the slope of the linearized relation P vs inverse...
Using Boyle's law and the value of the slope of the linearized relation P vs inverse V, show how one may calculate the number of molecules in the air column. How many molecules were in the air column of your apparatus?
The value of the slope was 2
Homework Answers
The grapgh is P vs 1/V.
So, its slope m = P/(1/V) = PV (whose value is given as 2)
By Boyle's law, PV = constant = nRT
where n is the no. of moles, R is the gas constant and T is the temperature in Kelvin.
The eqn is PV = nRT,
we have the LHS of this eqn (=2), R = 8.314 J/(mol-K) (in SI unit so check if P and V are in SI unit too and if not conversion is needed) and n is required.
n = PV/RT = 2/(8.314*T)
T is the temperature at which the experiment is carried out. Plug in to get the numerical value of n.
n = no. of moles and 1 mole contains 6.022*10^23 molecules (Avogadro's number).
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Using Boyle's law and the value of the slope of the linearized
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Volume of a micropipette using laplace law
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The free body diagram
The laplace law relation
is
Please show me how solve this:
We know Vcell = Vcylinder
A researcher partially aspirates a cell with a diameter of 8 μm and a cortical tension of 30 pN/um. into a micropipette until the cell is at an equilibrium as shown: Flow Pp Po Figure 1: Re Figure 2: we obtain the relationship We were unable to transcribe this image
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the
equation is what needs to be found from the graph using Boyle's
law.
1. Using the equation from your graph, calculate the pressure at 5.0 mL and at 10.0 mL. - 2. When the volume doubled, what happened to the pressure (as calculated above)? 3. From your answers to the first two questions and the shape of the curve in the plot of pressure versus volume, do you think the relationship between the pressure and volume of a confined...
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Plot a graph of P vs 1/V, and find the line of best fit. Show your plot in the labbook. stope nR including the fit a. b. In the plot prepared above, what is be physical meaning of the slope? e's Law experiment. (You can use the slope and your recorded temperature (in K Make sure your result is reasonable: You might remember from chemi Imole of ideal gas at one atmosphere and 20°C has...
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2. at junction f what expression is correct? I3=I1+I2 ,
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Given
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Please show me how solve this:
We know Vcell = Vcylinder
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