Home/Engineering & CS/3. Determine the frequency response [M(W) and °(W)] for an instrument having a time constant of 10 ms. Estimate the instrument's usable frequency range to keep its dynamic error within 10%. rata

Question Solved3 Answers 3. Determine the frequency response [M(W) and °(W)] for an instrument having a time constant of 10 ms. Estimate the instrument's usable frequency range to keep its dynamic error within 10%. rata

MXU8EM The Asker · Mechanical Engineering

Transcribed Image Text: 3. Determine the frequency response [M(W) and °(W)] for an instrument having a time constant of 10 ms. Estimate the instrument's usable frequency range to keep its dynamic error within 10%. rata
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Transcribed Image Text: 3. Determine the frequency response [M(W) and °(W)] for an instrument having a time constant of 10 ms. Estimate the instrument's usable frequency range to keep its dynamic error within 10%. rata
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OO613Y The First Answerer
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Equation for phase shill response{:[Longrightarrowphi(omega)=-tan^(-1)(omega tau)],[:.quadphi(omega)=-tan^(-1)(10 xx10^(-3)s xx omega)],[phi(omega)=-tan^(-1)(omega xx10^(-2))],[phi(omega)=-tan^(-1)((omega)/(100))]:}Frcequency Response of amplitude ralio{:[Longrightarrow M(w)=(1)/([1+(omega tau)^(2)]^(1//2))],[:.q ... See the full answer

BSSUHN The Second Answerer

Equation for phase shill response{:[Longrightarrowphi(omega)=-tan^(-1)(omega tau)],[:.quadphi(omega)=-tan^(-1)(10 xx10^(-3)s xx omega)],[phi(omega)=-tan^(-1)(omega xx10^(-2))],[phi(omega)=-tan^(-1)((omega)/(100))]:}Frcequency Response of amplitude ralio{:[Longrightarrow M(w)=(1)/([1+(omega tau)^(2)]^(1//2))],[:.q ... See the full answer

EHIRZM The Third Answerer

Equation for phase shill response{:[Longrightarrowphi(omega)=-tan^(-1)(omega tau)],[:.quadphi(omega)=-tan^(-1)(10 xx10^(-3)s xx omega)],[phi(omega)=-tan^(-1)(omega xx10^(-2))],[phi(omega)=-tan^(-1)((omega)/(100))]:}Frcequency Response of amplitude ralio{:[Longrightarrow M(w)=(1)/([1+(omega tau)^(2)]^(1//2))],[:.q ... See the full answer

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  please calculate both part of question thanks 4. In humans, the antibiotic Ceftriaxone has the mean values for the apparent volume of distribution \( 300 \mathrm{~L} \) and total clearance \( \mathrm{CL}=14 \mathrm{~L} / \mathrm{h} \) and \( \mathrm{t} 1 / 2=8 \mathrm{~h} \). Salmonella infection is susuceptible to Ceftriaxone at concntration above \( 5 \mathrm{ug} / \mathrm{mL} \) and patient gets overdosed at the levels above 80ug/L. Calculate an IV dose ad infusion rate that provides steady-state level of \( 30 \mathrm{ug} / \mathrm{mL} \) in human. b)The doctor decides to give a dose of \( 12 \mathrm{mg} \) and started a constatnt infusion at the same \( \mathrm{R}_{0} \) calculated. Ceftriaxone is eliminated as unchanges in the urine and the drug concentrations were recorded as ; a) Compute the Vd for patient (10pts) b) Compute the CL (10pts)
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