Question: A random walk results in the random walker being in a position 7 4 units away from the origin after taking 4 4 steps. a

A random walk results in the random walker being in a position 74 units away from the origin after taking 44 steps.
a) Is this result possible =
b) What is the probability of this result happening
Use scientific notation with 2 decimal places in the format 0.00012345=1.23E-4 WITHOUT multiplying by 100%
If not possible, write NA
=
A random walk results in the random walker being in a position 29 units away from the origin after taking 81 steps.
a) Is this result possible =
b) What is the probability of this result happening
Use scientific notation with 2 decimal places in the format 0.00012345=1.23E-4 WITHOUT multiplying by 100%
If not possible, write NA
=Calculate the probability of a dust particle floating on air to be at a position 39 units given 218 seconds to move.
Use scientific notation with 2 decimal places in the format 0.00012345=1.23E-4 WITHOUT multiplying by 100%.
Note that for stochastic processes, even values of a which are not divisible by 2 can still have a probability of happening.
Also, there is no if a process is not possible, you just indicate it\'s probability of happening as zero.
Calculate the probability of a dust particle floating on air to be at a position 62 units given 127 seconds to move.
Use scientific notation with 2 decimal places in the format 0.00012345=1.23E-4 WITHOUT multiplying by 100%.
Note that for stochastic processes, even values of a which are not divisible by 2 can still have a probability of happening.
Also, there is no if a process is not possible, you just indicate it\'s probability of happening as zero.Calculate the probability of a dust particle floating on air to be at a position 89 units given 109 seconds to move.
Use scientific notation with 2 decimal places in the format 0.00012345=1.23E-4 WITHOUT multiplying by 100%.
Note that for stochastic processes, even values of a which are not divisible by 2 can still have a probability of happening.
Also, there is no if a process is not possible, you just indicate it\'s probability of happening as zero.
Upon unloading a bag of cement on a riverbank, some cement dust falls into the fresh water.
Given the following conditions:
Diameter of cement dust =3 microns (1 micron =10^-6 m)
Temperature =22 degrees Celsius
Viscosity of river water =0.9544 mPa*s
Moles of cement dust particles =8 moles
a) Calculate the Stokes-Einstein Diffusion Coefficient for the system
Use scientific notation with 2 decimal places in the format 0.00012345=1.23E-4
=
square millimeters/second
b) Calculate p(3.7 mm,36400 s)
Use scientific notation with 2 decimal places in the format 0.00012345=1.23E-4 WITHOUT multiplying by 100%
=
THESE ARE ALL THE QUESTIONS ABOUT RANDOM WALKS AND DIFFUSIONS. HELP ME ANSWER EACH.

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock

Sure Ill help you answer each of the questions Lets go through them one by one A random walk results in the random walker being in a position 7 units away from the origin after taking 44 steps a Is th... View full answer

blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Document Format (2 attachments)

PDF file Icon

66423da41cedc_984142.pdf

180 KBs PDF File

Word file Icon

66423da41cedc_984142.docx

120 KBs Word File

Students Have Also Explored These Related Physics Questions!