A random walk results in the random walker being in a position 7 4 units away from
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Question:
A random walk results in the random walker being in a position units away from the origin after taking steps.
a Is this result possible
b What is the probability of this result happening
Use scientific notation with decimal places in the format E WITHOUT multiplying by
If not possible, write NA
A random walk results in the random walker being in a position units away from the origin after taking steps.
a Is this result possible
b What is the probability of this result happening
Use scientific notation with decimal places in the format E WITHOUT multiplying by
If not possible, write NA
Calculate the probability of a dust particle floating on air to be at a position units given seconds to move.
Use scientific notation with decimal places in the format E WITHOUT multiplying by
Note that for stochastic processes, even values of a which are not divisible by 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 units given seconds to move.
Use scientific notation with decimal places in the format E WITHOUT multiplying by
Note that for stochastic processes, even values of a which are not divisible by 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 units given seconds to move.
Use scientific notation with decimal places in the format E WITHOUT multiplying by
Note that for stochastic processes, even values of a which are not divisible by 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 microns micron m
Temperature degrees Celsius
Viscosity of river water mPas
Moles of cement dust particles moles
a Calculate the StokesEinstein Diffusion Coefficient for the system
Use scientific notation with decimal places in the format E
square millimeterssecond
b Calculate p mm s
Use scientific notation with decimal places in the format E WITHOUT multiplying by
THESE ARE ALL THE QUESTIONS ABOUT RANDOM WALKS AND DIFFUSIONS. HELP ME ANSWER EACH.
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