Find the uncertainty in the momentum (in kg m/s) of an electron if the uncertainty in its position is equal to 3.4 10-10 m, the circumference of the first Bohr orbit.
a. 6.2 10-25
b. 1.6 10-25
c. 15.5 10-25
d. 19.4 10-25
e. 2.0 10-24
Question 2
Film behind a double slit is exposed to light in the following way: First one slit is opened and light is allowed to go through that slit for time Dt. Then it is closed and the other slit is opened and light is allowed to go through that slit for the same time Dt. When the film is developed the pattern will be
a. one single slit pattern.
b. two superimposed single slit patterns, their centers displaced from each other by the distance between the two slits.
c. one double slit pattern.
d. two double slit patterns, their centers displaced from each other by the distance between the two slits.
e. random darkening of the film. (no pattern at all)
Electron micrographs of a cellular membrane.
A partially submerged alligator displaying a typical ambush position
Electron Microscope Image of a Fly Foot
Trendelenburg position.
How to find the anti-derivative of a function (Part 1)
MOMENTUM AND IMPULSE