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A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is 
metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given by
metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given by- a)i/
sq - b)i/psq
- c)psq/i
- d)i/ps
q
Correct answer is option 'B'. Can you explain this answer?
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Verified Answer
A uniform copper wire carries a current i amperes and has p carriers p...
The current flowing through the wire is given by
I=neAv
Where I = current
n = charge carrier current density
e = charge on the carriers
A = cross sectional area
v = drift velocity
In the above example
I = current = i
n = charge carrier current density = p
e = charge on the carriers = q
A = cross sectional area = s
v = drift velocity = v
hence i=pqsv
∴v=i/pqs
I=neAv
Where I = current
n = charge carrier current density
e = charge on the carriers
A = cross sectional area
v = drift velocity
In the above example
I = current = i
n = charge carrier current density = p
e = charge on the carriers = q
A = cross sectional area = s
v = drift velocity = v
hence i=pqsv
∴v=i/pqs
Most Upvoted Answer
A uniform copper wire carries a current i amperes and has p carriers p...
I=current=i
n=charge carrier current density=p
A=cross-sectional area=s
e=charge carriers=q
drift velocity=v
V=I/nAe
v=I/psq
n=charge carrier current density=p
A=cross-sectional area=s
e=charge carriers=q
drift velocity=v
V=I/nAe
v=I/psq
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Community Answer
A uniform copper wire carries a current i amperes and has p carriers p...
The current flowing through the wire is given by
I=neAv
Where I = current
n = charge carrier current density
e = charge on the carriers
A = cross sectional area
v = drift velocity
In the above example
I = current = i
n = charge carrier current density = p
e = charge on the carriers = q
A = cross sectional area = s
v = drift velocity = v
hence i=pqsv
∴v=i/pqs
I=neAv
Where I = current
n = charge carrier current density
e = charge on the carriers
A = cross sectional area
v = drift velocity
In the above example
I = current = i
n = charge carrier current density = p
e = charge on the carriers = q
A = cross sectional area = s
v = drift velocity = v
hence i=pqsv
∴v=i/pqs
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A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer?
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A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer?.
A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer?.
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A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer?, a detailed solution for A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer? has been provided alongside types of A uniform copper wire carries a current i amperes and has p carriers per metre3. The length of the wire is metres and its cross-section area is s metre2. If the charge on a carrier is q coulombs, the drift velocity in ms_1 is given bya)i/sqb)i/psqc)psq/id)i/psqCorrect answer is option 'B'. Can you explain this answer? theory, EduRev gives you an
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