Once you know where Pax3 is expressed, how would you go
about elucidating the general function of Pax3 during development?
Suggest an experimental manipulation that would allow you to do
this?
Correction to earlier question: Via the Born Oppenheimer
Approximation, How do you go about solving for the wave function of
H2+ and H2, once you've constructed the electronic schrodinger
eq?
Not really sure how to go about solving for the specific heat of
the steel cube.
My data is written in the table. Given value for calorimeter cup
was 0.27
Law of Heat Exchange
Test specimen
Wt. empty cup
Wt. cup w/ water
Wt. water
Wt. metal
Tc
Th
Tf
Specific heat
Steel cube
3.13 g
124.83 g
121.7 g
257.93g
22.4
85.8
29
?
Basically for the procedure we first heated a steel cube in
boiling water. Then filled...
How does on go about solving the schrodinger equation directly
(not via perturbation theory) for a infinite square well (from 0 to
L) with a delta function potential in the middle or along some
fraction of the well? In th two separate regions the solution i
simple. how do you deal with the delta potential in the middle?
How do you go about generating initial ideas for pieces you’re
composing, as well as the details and explanation needed to develop
and support main ideas?
Thinking about the research you've been writing about for your
assignments, which descriptive statistics do you feel would be most
important for you to report if you were to collect and analyze
data? Why? How would you visually present this data to your reader?
Please be specific.