I know the answer is E, but I am confused why III is accurate. If attraction increase proportionally to distance, wouldnt the distance being raised to the -6 power make the attraction decrease as distance increased? Can someone explain this for me?
Homework Answers
In general, any type of attractive force (culombic or Van der waal) is inversely proportional to distance. Here, the attractive Van der Waal force is inversely proportional to r6 . Thus, attractive Van der Waal force between two molecules always decrease as distance is increased.
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I know the answer is E, but I am confused why III is accurate.
If attraction...
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I don't even know where to start with partials... This is the only information that precedes...
I don't even know where to start with partials...
This is the only information
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The protein in the diagram is (circle all that apply):
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The protein shown in the diagram could potentially function as
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I don't even know where to start with partials...
This is the only information
that precedes it
Evaluating a derivative of the van der Waals equation using the cyclic rule Find the partial derivatives (partial differential P/partial differential T)_V and (partial differential P/partial differential V)_T, and apply them to the equation derived from the cyclic rule, (partial differential V/partial differential T)_p = -(partial differential P/partial differential T)_V/(partial differential P/partial differential V)_T to find (partial differential_V/partial differential T)_P. Express your answer...
Question 1
The protein in the diagram is (circle all that apply):
Group of answer choices
a) a peripheral membrane protein
b) an integral membrane protein
c) a lipid anchored protein
Question 2
The protein shown in the diagram could potentially function as
(circle all that apply):
Group of answer choices
a) a receptor
b) a transmembrane anchor
c) a pore or channel
Question 3
The protein shown in the diagram has which of the following
(choose all that apply)?...
2. Consider a simplified model of a triply ionized beryllium-9 atom (Be): four protons plus five neutrons in the atom's nucleus, "orbited" by just one electron at a constant distance of 5.75 × 10-12 m. (Note: This is not the actual distance, but it is the correct order-of-magnitude.) 6 pts.) You can solve (a) & (b) in either order. Label your work clearly: a. What is the strength (magnitude) of the attractive electric force between the nucleus and the electron?...
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