Explain in words and/or pictures why you can't use the same
formula to find the distance...
Explain in words and/or pictures why you can't use the same
formula to find the distance between a point and a line and the
distance between a point and a plane. The answer should include
each formula.
Use Einstein's velocity addition rule and the principle of
momentum conservation to explain why you can't use the formula p=mv
to find the momentum of an object that is moving relativistically,
and show that the correct formula for relativistic momentum is
actually p = γmv. Use the following bullet points as a guide for
what points to cover in your essay. First imagine you have two
objects, A and B, that are moving in the same direction relative to
you...
Using pictures and words (and whatever resources you need) explain
the operation of a DC electric generator. Emphasize your
understanding of Faraday's law and Lenz's law.
You measure the distance, l, a projectile travels several times
using the same apparatus and find the following values (cm): 5.11,
4.89, 5.04, 4.94, 4.93, 5.06 and 5.09. Assuming that the errors are
random: a) What is the mean value forl? b) What is the standard
deviation for this data set? c) What is the uncertainty associated
with your best estimate forl? d) How should one report the result
of this measurement along with the uncertainty at the 95 %...
Explain Greens theorem, divergence form usung words and pictures.
Then explain what the fundamental theorem of calculus and the
fundamental theorem of line integrals have in common.
Take a picture of frame or machine. You must
physically see it--no internet pictures. Explain why it should be
categorized as a frame or a machine. Justify your case using the
definitions of frames and machines as it applies to this statics
class.
Please write at least 200 words. You will be graded
for your effort and insight.
In your own words, explain why you would use a nonparametric
test instead of a parametric test. How are they different? How are
they the same?
Come up with a research study example for each of the different
kinds of Chi square tests: no difference, goodness of fit, and test
of independence.