To show that By integrating ( 1 R C ∫ 0 t d t = ∫ 0 q d q C ε − q ) leads to ( − 1 R C = ln ( C ε − q C ε ) ) .

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Measuring Blood Flow. Blood contains positive and negative ions and thus is a conductor. A blood vessel, therefore, can be viewed as an electrical wire. We can even picture the flowing blood as a series of parallel conducting slabs whose thickness is the diameter 5.00 mm of the vessel moving with speed. (See in the following figure.( Figure 1)) Figure X XBX X XX X X X X d 1 of 1 V If you expect that the blood will be flowing at 15.3 cm/s for a vessel 5.00 mm in diameter, what strength of magnetic field will you need to produce a potential difference of 1.00 mV ? Express your answer with the appropriate units. B = Submit Part C 0 R = μA Submit Value X Incorrect; Try Again; 5 attempts remaining T Previous Answers Request Answer = VE ΑΣΦ Determine the volume rate of flow (R). (Note: Although the method developed here is useful in measuring the rate of blood flow in a vessel, it is limited to use in surgery because measurement of the potential & must be made directly across the vessel.)…

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Chapter 29, Problem 82PQ

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To show that By integrating (1RC∫0tdt=∫0qdqCε−q) leads to (−1RC=ln(Cε−qCε)).

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Measuring Blood Flow. Blood contains positive and negative ions and thus is a conductor. A blood vessel, therefore, can be viewed as an electrical wire. We can even picture the flowing blood as a series of parallel conducting slabs whose thickness is the diameter 5.00 mm of the vessel moving with speed. (See in the following figure.( Figure 1)) Figure X XBX X XX X X X X d 1 of 1 V If you expect that the blood will be flowing at 15.3 cm/s for a vessel 5.00 mm in diameter, what strength of magnetic field will you need to produce a potential difference of 1.00 mV ? Express your answer with the appropriate units. B = Submit Part C 0 R = μA Submit Value X Incorrect; Try Again; 5 attempts remaining T Previous Answers Request Answer = VE ΑΣΦ Determine the volume rate of flow (R). (Note: Although the method developed here is useful in measuring the rate of blood flow in a vessel, it is limited to use in surgery because measurement of the potential & must be made directly across the vessel.)…

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