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The current through a wire depends on ti...

The current through a wire depends on time as
`I = i_(0) + alphat`,
where `i_(0)=10 A and alpha=4 As^(-1)`.Find the charge crossed through a section of the wire in 10 second

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AI Generated Solution

To find the charge that has crossed through a section of the wire in 10 seconds, we can follow these steps: ### Step 1: Understand the relationship between current and charge The charge \( Q \) that flows through a conductor over a time interval can be calculated using the formula: \[ Q = \int I \, dt \] where \( I \) is the current as a function of time. ...
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HC VERMA ENGLISH-ELECTRIC CURRENT IN CONDUCTORS-Exercises
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  2. The electric current existing in a discharge tube is 2.0(mu)A.How much...

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  3. The current through a wire depends on time as I = i(0) + alphat, ...

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  4. A current of 1.0 A exists in a copper wore of cross-section 1.0mm^(2)....

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  5. A wire of length 1 m and radius 0.1mm has a resistance of 100(Omega).F...

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  6. A uniform wire resistance 100(Omega)is melted and recast in a wire of ...

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  7. Consider a wire of length 4m and cross-sectional areal 1 mm^(2) carryi...

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  8. What length of a copper wire of cross-sectional area 0.01 mm^2 will be...

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  9. Shown a conductor of length l having a circular cross section. The rad...

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  10. A copper wire of radius 0.1mm and resistance 1k(Omega)is connected acr...

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  11. Calculate the electric field in a copper wire of cross-sectional area2...

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  12. A wire has a length of 2.0m and a resistance of 5.0(Omega).Find the el...

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  13. The resistances of an iron wire and a copper wire at 20^(@)Care 3.9(Om...

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  14. The current in a conductor and the potential difference across its end...

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  15. Shown an arrangement to measure the emf (epsilon)and internal resistan...

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  16. The potential difference between the terminals of a battery of emf 6.0...

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  17. The potential difference between the terminals of a 6.0V battery is 7....

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  18. The internal resistance of an accumulator battery of emf 6V is 10(Omeg...

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  19. Find the value of i(1)//I(2)in figure if where R=10(Omega)

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  20. Consider N=n(1)n(2)indentical cells, each of emf(epsilon) and internal...

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