help how is b wrong An LC circuit consists of a 3.00 mH inductor and a 5.00 uF capacitor.(a) Find its impedance (in 2) at 60.0 Hz.529.87ΩFind its impedance (in 2) at 10.0 kHz.185.3202(b) Compare these values of Z with those found in Example 23.12 of the textbook, in which there was also a resistor. Why are they similar? (Select all that apply.)At high frequency, the inductor dominates.The resistor makes little contribution to the total impedance.At low frequency, the inductor dominates.✓ At low frequency, the capacitor dominates.At high frequency, the capacitor dominates.×

.Part (a) - Find the impedance of the LC circuit at two different frequencies.An LC circuit consists…

Answered: An LC circuit consists of a 3.00 mH…

Biomedical Instrumentation Systems

1st Edition

ISBN:9781133478294

Author:Chatterjee

Publisher:Chatterjee

Chapter4: Biomedical Electronics: Analog

Section: Chapter Questions

Problem 1P

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8
How long would it take to reduce 1 mole of each of the following ions using the current indicated? Assume the voltage is sufficient to perform the reduction.(a) Al3+, 1.234 A(b) Ca2+, 22.2 A(c) Cr5+, 37.45 A(d) Au3+, 3.57 A
Patch clamp recording of a single ion channel yields the following results: Holding Potential (mV) Measured Current (pA) -100 -1.0 -50 0.0 0 +1.0 +50 +2.0 +100 +3.0 Part a. What is the equilibrium potential for ion X+1? a.) 0 mv b.)+55 mv c.)-50 mv d.) -60 mv e.) -75 mv Part b. Is ion X+1 in higher concentration inside or outside the cell? a.) inside b.) outside Part c. Calculate the membrane potential at the instant when a neuron has the following relative permeabilities: PK+ = 1.0, PNa+ = 1.0, PCl- = 1.0. Use the ionic concentration values in the picture included. a.) -12 mv b.) -35mv c.) -60 mv d.) +20 mv e.) 0 mv
one joule is used when 1C moves ________ a potential of 1V
If the diameter of the low power field is 1.5 mm, an object that occupies approximately a 1/3 of that field has an estimated diameter of what mm?
A Br selective electrode is applied for measuring bromide ions in saline solution. Cl' ions were found to interfere, with a kPot = 0.0050. %3D After calibration, the ISE equation was determined to be y = -70 mV - 59.2mV*log(x). If we measure a potential of 93 mV, and the [CI]=0.100 M, what was the [Br'] in units of M? O 0.00821 O 0.100 O 0.0050 O 0.123 O Correct answer not found in other options
What is the electric field at point A in the figure if d = 2.10 m, R = 0.500 m, 91 = 19.0 nC, and 92 = -27.0 nC? Assume the positive x axis points to the right, through the center of the rings. (Express your answer in vector form.) E = N/C 91 T R d/2d/2. A d⋅ 92 x
Assume the helium-neon lasers commonly used in student physics laboratories have power outputs of 0.55 mW. (a) If such a laser beam is projected onto a circular spot 0.9 mm in diameter, what is its intensity? I = 864.55 W 2 m (b) Find the peak magnetic field strength. Bo= T (c) Find the peak electric field strength. Eo = V m
The E1% at 280 nm of the protein myosin is 0.842. You take 40µl of a myosin solution of unknown concentration and add water to a final volume of 2.0 ml. The absorbance of this solution at 280 nm is 0.771. What is the concentration of the undiluted myosin solution? (units = mg/ml).
This question also uses the same experimental setup as in Questions 1 and 2 and the same modification of the attached figure (Figure 2.5 of your textbook). The modification is that the KCL solutions in the middle panel are replaced with NaCl solutions (1 mM on the left or inside and 10 mM on the right or outside). Using the Nernst equation, which is also shown below and described in your textbook, what is the equilibrium potential for Na+? (A) from 3 Inside 1 mM KO -Voltmeter V = 0 Outside 1 πιΜ KC1 Permeable to K' No not flux of K K* lon (B) Initial canditions Insido 10 mM KCI -29 mV +58 mV Initially V-0 +29 mV . -58 mV mir Outside 1 αιΜ ΚΟ Net flux of K* from inside to outside G At equilibrium 0 Vie-out-58 my क। Inside Outside 10 mM KO 1 mM Ka Flux of K* from trude to outside bulanced by opposing membrane potential Membrane potential V₁ (mv) 0 8 -116 100 (K¹ (MM) 10 Eion (mv) = 58/z* log ([ion]out /[ion]in) Slope 58 my per tenfold change in K gradient KLOST Log K I 0
what does the term excitation- coupling mean?
You are recording from a cell with a resting membrane potential of -65 mV. You inject 100 pA of current, resulting 58.7 mV. What is the value of tau? With this in mind, what is the capacitance of the cell? Please provide relevant equations to illustrate your thought process. When you terminate the current injection, how long do you expect for it to take for the cell to repolarize to -63 mV?

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