- #1
AznBoi
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Homework Statement
The Attempt at a Solution
in progress..
66. [tex] \varepsilon = Blv \qquad \varepsilon=\frac{-\Delta\phi_{m}}{\Delta t} \qquad \phi_{m}=BAcos\Theta=\;\pi r^{2}\qquad 4\pi b^{2} [/tex] That's why I chose (e) for 66.
33. I have no idea on this one. I just picked the one that had an atomic number and mass number lower than the beginning nucleus.
38. I tried using mgh=1/2kx^2 . I found (k) first by using F=ma on the mass in equilibrium but ended up with a huge number. Is my method correct?
40. I have no idea how to combine KE with the gravitational force. Please help, Thanks!
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