Problem 2: The apparatus illustrated in the figure allows measuring the rate of blood flow in the vessels of the human body, since blood contains electrically charged ions. Assume that the blood vessel is 2.0 mm in diameter, that the magnetic field is 0.080 T, and that the measured emf is 0.10 mV. What is the flow velocity v of the blood?

EMF V due to electrically conducting blood flow is given as

Resuelto Problem 2: The apparatus illustrated in the figure

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Pregunta: Problem 2: The apparatus illustrated in the figure allows measuring the rate of blood flow in the vessels of the human body, since blood contains electrically charged ions. Assume that the blood vessel is 2.0 mm in diameter, that the magnetic field is 0.080 T, and that the measured emf is 0.10 mV. What is the flow velocity v of the blood?
Problem 2: The apparatus illustrated in the figure allows measuring the rate of blood flow in the vessels of the human body, since blood contains electrically charged ions. Assume that the blood vessel is 2.0 mm in diameter, that the magnetic field is 0.080 T, and that the measured emf is 0.10 mV. What is the flow velocity v of the blood?

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EMF V due to electrically conducting blood flow is given as
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Problema 2: El aparato que se ilustra en la figura permite medir la tasa de flujo sanguíneo en los vasos del cuerpo humano, pues la sangre contiene iones con carga eléctrica. Suponga que el vaso sanguineo mide

2.0 mm

de diámetro, que el campo magnético es de

0.080 T

y que la fem medida es de

0.10 mV

. ¿Cuál es la velocidad de flujo v de la sangre?

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