A cylindrically symmetric charge distribution has charge density p(r) given by erla 2na- P() = where Oo and a are constants. Calculate the total charge Q contained within a cylinder of length I= 5a and radius 2a, centred on the z-axis, and give your answer by entering numbers in both of the boxes in the equation below:
A cylindrically symmetric charge distribution has charge density p(r) given by erla 2na- P() = where Oo and a are constants. Calculate the total charge Q contained within a cylinder of length I= 5a and radius 2a, centred on the z-axis, and give your answer by entering numbers in both of the boxes in the equation below:
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![A cylindrically symmetric charge distribution has charge density p(r) given by
P()=
2na
erla
where Op and a are constants. Calculate the total charge O contained within a cylinder
of length I = 5a and radius 2a, centred on the z-axis, and grve your answer by entering
numbers in both of the boxes in the equation below:
[Note that you must enter a value in each of the boxes, including 1 or 0 if appropriate.
Blank boxes will be marked as incorrect.]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2da85fbe-896e-4a90-8e8a-33b13c65f5b0%2Fe8d597fa-bb76-4f0a-bee5-54ee73c3c931%2Fkv9sjai_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A cylindrically symmetric charge distribution has charge density p(r) given by
P()=
2na
erla
where Op and a are constants. Calculate the total charge O contained within a cylinder
of length I = 5a and radius 2a, centred on the z-axis, and grve your answer by entering
numbers in both of the boxes in the equation below:
[Note that you must enter a value in each of the boxes, including 1 or 0 if appropriate.
Blank boxes will be marked as incorrect.]
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